Low temperature recirculating chillers are refrigeration systems used to provide a circulating fluid at the low temperatures, for the cooling of the equipment and the processes, and they are used in the laboratories, the industry, the research, and the many other applications. The low temperature recirculating chiller consists of a refrigeration system with a compressor, a condenser, an evaporator, a circulating pump, a temperature control system, and a reservoir for the circulating fluid, and it cools the fluid, such as the water or the water-glycol mixture, to the low temperatures, and it circulates the cooled fluid through the external equipment or the process that requires the cooling; the low temperature recirculating chiller provides a stable and a precise temperature, with features such as the digital temperature control, the circulation control, and the safety, and it is used for the cooling of the reaction vessels, for the cooling of the condensers and the traps, for the cooling of the analytical instruments, for the cooling of the lasers, for the temperature control of the processes, and for many other applications, and it is available in various cooling capacities and temperature ranges; the low temperature recirculating chiller is an essential equipment for the temperature control at the low temperatures. Low temperature recirculating chillers are used in the laboratories, in the chemical and the pharmaceutical industry, in the research, in the semiconductor industry, and for many other applications. With their low temperature circulation, low temperature recirculating chillers are essential for the cooling.

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A rheometer is an instrument used to measure the rheological properties of the materials, such as the viscosity, the viscoelasticity, the yield stress, and the flow behavior, and it is used in the food, the cosmetic, the pharmaceutical, the polymer, the paint, and the many other industries. The rheometer measures the rheological properties by the application of a controlled stress or a strain to the sample and the measurement of the resulting deformation or the flow, using the rotational, the oscillatory, and the capillary geometries, and it provides the flow curves, the viscosity curves, and the viscoelastic properties, such as the storage and the loss moduli; the rheometer consists of a measuring geometry, such as the cone-plate, the plate-plate, and the concentric cylinder, a motor and a torque measurement system, a temperature control system, and a control and a data analysis system, and it provides features such as the controlled stress and the strain, the frequency sweeps, and the temperature ramps; the rheometer is used for the characterization of the flow and the deformation of the materials, for the quality control, for the product development, for the research, for the assessment of the stability and the texture, and for many other applications, and it is available in various configurations, from the simple viscometers to the advanced rheometers; the rheometer is an essential instrument for the rheological analysis. Rheometers are used in the food industry, in the cosmetic industry, in the pharmaceutical industry, in the polymer industry, in the paint and the coating industry, and for many other applications. With their rheological measurement, rheometers are essential for the material characterization.

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A xenon light pass box is a material transfer device with the xenon light illumination, used for the transfer of the materials into and out of the cleanrooms and the controlled environments, with the protection from the light-sensitive materials, and it is used in the pharmaceutical, the biotechnology, the semiconductor, and the many other industries. The xenon light pass box consists of a sealed enclosure with the two interlocked doors, a xenon light source, which provides the illumination, and the controls, and it is mounted in the wall between the cleanroom and the surrounding area, and the materials are placed in the box, the door is closed, and the materials are retrieved from the other side, with the interlock preventing the simultaneous opening of the two doors; the xenon light pass box is used for the transfer of the materials into and out of the cleanrooms, for the transfer of the light-sensitive materials, for the reduction of the contamination, for the maintenance of the cleanliness and the pressure differential, and for many other applications, and it is available in various sizes and configurations, with features such as the interlocked doors and the UV or the xenon light; the xenon light pass box is an essential equipment for the material transfer in the cleanrooms. Xenon light pass boxes are used in the pharmaceutical industry, in the biotechnology, in the semiconductor industry, in the laboratories, and for many other applications. With their controlled transfer, xenon light pass boxes are essential for the cleanroom material handling.

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An analytical ferrograph is an instrument used for the analysis of the wear particles in the lubricating oils, by the separation and the examination of the ferromagnetic and the non-ferromagnetic particles, and it is used in the oil analysis, the condition monitoring, and the predictive maintenance. The analytical ferrograph separates the wear particles from the oil sample by the magnetic field, depositing them on a glass slide or a substrate in the order of the size, and the deposited particles are examined under the microscope, and the concentration, the size, the morphology, and the composition of the particles are analyzed, which indicate the wear modes and the sources of the wear in the machinery; the analytical ferrograph consists of a sample preparation and a delivery system, a magnetic separation system, a deposition system, and a microscope with the illumination, and it provides the ferrogram for the analysis; the analytical ferrograph is used for the analysis of the wear particles in the lubricating oils, for the monitoring of the condition of the engines, the gearboxes, the bearings, and the other machinery, for the detection of the abnormal wear, for the diagnosis of the wear modes, for the predictive maintenance, and for many other applications, and it is an essential instrument for the wear particle analysis. Analytical ferrographs are used in the industrial maintenance, in the laboratories, in the power plants, in the transportation, and for many other applications. With their wear particle analysis, analytical ferrographs are essential for the condition monitoring.

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A dropping and softening point apparatus is an instrument used to measure the dropping point and the softening point of the petroleum products, the waxes, the greases, and the other materials, and it is used in the petroleum, the lubricant, the food, and the many other industries. The dropping point is the temperature at which the material becomes sufficiently fluid to drop from the test cup under the specified conditions, and the softening point is the temperature at which the material softens and deforms under the specified conditions, and the dropping and softening point apparatus measures these temperatures by the heating of the sample at a controlled rate and the observation of the changes, following the standard test methods, such as the ASTM and the ISO standards; the dropping and softening point apparatus consists of a heating system, a temperature control and a measurement system, the test cups or the specimens, and the observation, and it provides the dropping and the softening points, with features such as the digital temperature display and the automated detection; the dropping and softening point apparatus is used for the measurement of the dropping point of the greases, for the measurement of the softening point of the waxes, the asphalt, and the resins, for the quality control, for the product development, and for many other applications, and it is an essential instrument for the testing of the petroleum and the related products. Dropping and softening point apparatuses are used in the petroleum industry, in the lubricant industry, in the food industry, in the laboratories, and for many other applications. With their dropping and softening point measurement, dropping and softening point apparatuses are essential for the product testing.

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A laser beam profiler is an instrument used to measure the spatial and the temporal characteristics of the laser beams, such as the beam profile, the beam size, the beam position, the divergence, and the beam quality, and it is used in the laser, the photonics, the optics, the research, and the many other applications. The laser beam profiler measures the beam profile by the various methods, including the camera-based method, in which the beam is imaged on a camera, such as the CCD or the CMOS camera, and the intensity distribution is analyzed; the scanning-slit method; the scanning knife-edge method; and the pyroelectric array method, and it provides the beam parameters, with features such as the real-time measurement, the data analysis, and the beam quality factor (M2) measurement; the laser beam profiler is used for the characterization of the laser beams, for the alignment of the optical systems, for the quality control of the lasers, for the optimization of the beam delivery, for the research and the development, and for many other applications, and it is available as the portable and the benchtop instruments, for the various wavelength ranges and the power levels; the laser beam profiler is an essential instrument for the laser beam characterization. Laser beam profilers are used in the laser and the photonics industry, in the research laboratories, in the manufacturing, in the medical, and for many other applications. With their beam measurement, laser beam profilers are essential for the laser characterization.

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Mildew incubators with humidity control are controlled-environment incubators designed for the cultivation and the testing of the molds and the fungi, with the precise control of both the temperature and the humidity, and they are used in the microbiology, the food, the pharmaceutical, the textile, and the many other laboratories. The mildew incubator with the humidity control consists of an insulated chamber, a temperature control system, a humidity control system, which includes the humidification and the dehumidification, a fan for the air circulation, and the instrumentation, and it provides the controlled temperature and the humidity, which are suitable for the growth of the molds and the fungi, with features such as the digital temperature and humidity control, the programmable profiles, and the data logging; the mildew incubator with the humidity control is used for the cultivation of the molds and the fungi, for the testing of the resistance of the materials to the mildew, for the testing of the products under the mold conditions, for the storage of the fungal cultures, for the research on the mycology, and for many other applications, and it is available in various sizes; the mildew incubator with the humidity control provides a stable and a uniform environment for the growth of the molds, and it is an essential instrument for the mycology and the mold testing. Mildew incubators with humidity control are used in the microbiology laboratories, in the food industry, in the pharmaceutical industry, in the textile industry, and for many other applications. With their humidity control, mildew incubators with humidity control are essential for the mold cultivation and the testing.

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An analytical ferrospectrometer is an instrument used for the analysis of the wear particles in the oils, by the measurement of the size, the concentration, and the composition of the ferromagnetic particles, and it is used in the oil analysis, the condition monitoring, and the predictive maintenance. The analytical ferrospectrometer separates the ferromagnetic particles from the oil sample by the magnetic field, and it measures the concentration of the particles, and it may also measure the size distribution and the composition of the particles; the analytical ferrospectrometer consists of a sample preparation system, a magnetic separation system, a detection system, such as the optical or the inductive sensors, and a control and a data analysis system, and it provides the data for the assessment of the wear of the machinery, such as the concentration, the size, and the morphology of the wear particles; the analytical ferrospectrometer is used for the analysis of the wear particles in the lubricating oils, for the monitoring of the condition of the engines, the gearboxes, and the other machinery, for the detection of the abnormal wear, for the predictive maintenance, and for many other applications, and it provides a sensitive and a quantitative analysis; the analytical ferrospectrometer is an essential instrument for the oil condition monitoring. Analytical ferrospectrometers are used in the industrial maintenance, in the power plants, in the laboratories, in the transportation, and for many other applications. With their wear particle analysis, analytical ferrospectrometers are essential for the condition monitoring.

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A Karl Fischer moisture meter is an instrument used to measure the moisture content of the samples by the Karl Fischer titration method, which is a chemical method based on the reaction of the water with the Karl Fischer reagent, and it is used in the chemical, the pharmaceutical, the food, the petroleum, and the many other industries. The Karl Fischer moisture meter measures the moisture by the titration of the sample with the Karl Fischer reagent, in which the water reacts with the iodine and the sulfur dioxide in the presence of the base, and the amount of the reagent consumed is proportional to the water content, and it provides the moisture content, expressed in parts per million or in percent, with a high accuracy and a low detection limit; the Karl Fischer moisture meter consists of a titration cell or a reaction vessel, the reagent and the solvent delivery system, a detection system, and a control and a display unit, and it performs the coulometric or the volumetric titration, with features such as the automated titration and the data management; the Karl Fischer moisture meter is used for the measurement of the moisture in the solvents, in the oils, in the pharmaceuticals, in the food, in the gases, and in the many other samples, for the quality control, for the verification of the dryness, and for many other applications, and it is available as the benchtop instruments; the Karl Fischer moisture meter is an essential instrument for the moisture measurement. Karl Fischer moisture meters are used in the chemical industry, in the pharmaceutical industry, in the food industry, in the petroleum industry, and for many other applications. With their Karl Fischer titration, Karl Fischer moisture meters are essential for the accurate moisture measurement.

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A reflectivity tester is an instrument used to measure the reflectance or the reflectivity of the surfaces and the materials, and it is used in the coating, the paint, the optics, the road, and the many other industries. The reflectivity tester measures the reflectance by the illumination of the surface with the light at a specified angle and the measurement of the reflected light, and it provides the reflectance, expressed in percent or in the other units, and it may measure the specular reflectance, the diffuse reflectance, and the retroreflectance, depending on the application; the reflectivity tester consists of a light source, the optics, a detector, and a control and a display unit, and it provides features such as the various measurement geometries and the digital display; the reflectivity tester is used for the measurement of the reflectivity of the paints and the coatings, for the measurement of the retroreflectivity of the road markings and the signs, for the measurement of the reflectance of the optical coatings, for the quality control, for the safety, and for many other applications, and it is available as the portable and the benchtop instruments; the reflectivity tester is an essential instrument for the reflectance measurement. Reflectivity testers are used in the paint and the coating industry, in the road and the traffic safety, in the optics, in the automotive industry, and for many other applications. With their reflectivity measurement, reflectivity testers are essential for the quality and the safety.

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A transmittance tester is an instrument used to measure the light transmittance of the materials, such as the films, the glass, the plastics, and the other transparent and the translucent materials, and it is used in the packaging, the automotive, the construction, and the many other industries. The transmittance tester measures the transmittance by the measurement of the intensity of the light transmitted through the sample, compared with the incident light, and it provides the transmittance, expressed in percent, and it may measure the total transmittance, the diffuse transmittance, and the haze; the transmittance tester consists of a light source, a sample holder, a detector, and a control and a display unit, and it provides features such as the measurement at the various wavelengths, the digital display, and the data logging; the transmittance tester is used for the measurement of the transmittance of the packaging films, for the measurement of the transmittance of the glass and the glazing, for the measurement of the transmittance of the plastics, for the measurement of the haze and the clarity, for the quality control, for the product development, and for many other applications, and it is available as the portable and the benchtop instruments; the transmittance tester is an essential instrument for the optical property measurement. Transmittance testers are used in the packaging industry, in the automotive industry, in the construction, in the optical industry, and for many other applications. With their transmittance measurement, transmittance testers are essential for the quality control.

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A vibration testing machine is an instrument used to test the products and the components under the controlled vibration, by the application of the vibration at the specified frequencies, the amplitudes, and the durations, and it is used in the electronics, the automotive, the aerospace, the defense, and the many other industries for the vibration testing and the reliability testing. The vibration testing machine consists of a vibration shaker, which generates the vibration by the electromagnetic or the electrohydraulic drive, a test fixture or a table that holds the test article, a control system, and the monitoring and the data acquisition system, and it applies the vibration to the test article according to the test profile, such as the sinusoidal, the random, and the shock vibration, and it is used for the testing of the vibration resistance of the products, for the testing of the transportation and the handling vibration, for the testing of the resonance, for the testing of the durability, for the qualification and the acceptance testing, and for many other applications, following the standard test methods, such as the IEC and the MIL-STD standards; the vibration testing machine provides a controlled and a reproducible test, with features such as the programmable vibration profiles, the monitoring, and the data logging, and it is available in various sizes and force capacities; the vibration testing machine is an essential equipment for the vibration testing. Vibration testing machines are used in the electronics industry, in the automotive industry, in the aerospace industry, in the defense industry, and for many other applications. With their vibration testing, vibration testing machines are essential for the reliability testing.

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A multiple effect water distiller is a water distillation system that uses the multiple effect evaporation to produce the distilled water with a high efficiency, and it is used in the laboratories, the pharmaceutical, the clinical, and the many other applications for the production of the purified and the pyrogen-free water. The multiple effect water distiller consists of multiple evaporation chambers or the effects, in which the feed water is heated and evaporated in the first effect, and the vapor is used to heat the second effect, and so on, with the heat recovered and reused, and it operates by the transfer of the heat from the vapor of each effect to the next, and it produces the distilled water with the multiple stages of the purification, with features such as the high efficiency, the automatic operation, and the monitoring; the multiple effect water distiller is used for the production of the distilled water for the laboratories, for the production of the water for the pharmaceutical and the clinical applications, for the production of the pyrogen-free water, for the preparation of the solutions and the reagents, and for many other applications, and it is available in various capacities, from the small models to the large systems; the multiple effect water distiller is an essential equipment for the production of the high purity water. Multiple effect water distillers are used in the laboratories, in the pharmaceutical industry, in the clinical and the diagnostic laboratories, in the hospitals, and for many other applications. With their multiple effects, multiple effect water distillers are essential for the efficient water distillation.

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A cooled spectrometer is a spectrometer with the cooled detector, used to measure the spectra of the light with the reduced noise and the improved sensitivity, and it is used in the astronomy, the physics, the chemistry, the research, and the many other applications. The cooled spectrometer measures the spectrum of the light by the dispersion with the grating or the prism, and the detector is cooled to reduce the thermal noise, providing the improved signal-to-noise ratio and the sensitivity; the cooled spectrometer consists of an entrance slit, a dispersing element, a cooled detector, such as the cooled charge-coupled device (CCD) camera, the electronics, and the software, and it provides the spectrum, with features such as the high sensitivity; the cooled spectrometer is used for the measurement of the spectra in the astronomy, for the spectroscopic analysis, for the measurement of the weak signals, for the research, and for many other applications, and it is an essential instrument for the sensitive spectroscopy. Cooled spectrometers are used in the astronomy, in the physics, in the chemistry, in the research, and for many other applications. With their cooled detectors, cooled spectrometers are essential for the sensitive spectral measurement.

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A Vis spectrometer is an analytical instrument used to measure the absorption and the transmittance of the light by the samples in the visible (Vis) wavelength region, and it is used in the chemistry, the biology, the clinical, the food, and the many other industries for the analysis of the samples. The Vis spectrometer measures the absorbance of the light by the sample over the visible wavelength range, typically from about 400 to 700 nanometers, and the spectrum provides the information about the color and the electronic transitions of the molecules, and the concentration is determined by the Beer-Lambert law; the Vis spectrometer consists of a light source, a monochromator or the filters, a sample holder, a detector, and a control and a display unit, and it provides features such as the wavelength scanning, the absorbance and the transmittance measurement, and the standard curve analysis; the Vis spectrometer is used for the quantitative and the qualitative analysis, for the colorimetric analysis, for the measurement of the concentration of the colored solutions, for the quality control, for the clinical analysis, for the food analysis, and for many other applications, and it is available as the benchtop and the portable instruments; the Vis spectrometer is an essential instrument for the visible analysis. Vis spectrometers are used in the chemistry and the biology laboratories, in the clinical laboratories, in the food and the beverage industry, in the environmental monitoring, and for many other applications. With their visible measurement, Vis spectrometers are essential for the colorimetric analysis.

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An incline impact tester is an instrument used to test the impact resistance of the packages and the products by the sliding of the test article down an incline and the impact on the barrier, and it is used in the packaging, the logistics, the electronics, and the many other industries for the testing of the protection of the products. The incline impact tester consists of an inclined track or a ramp, a carriage that holds the test article, a release mechanism, and a barrier or a bumper at the end of the track, and it slides the test article down the incline at a controlled speed and lets it impact the barrier, simulating the impacts in the transport and the handling, and the damage and the performance of the test article are observed, following the standard test methods, such as the ASTM and the ISO standards; the incline impact tester is used for the testing of the impact resistance of the packages, for the testing of the protection of the products, for the testing of the packaging materials, for the testing of the pallets and the unit loads, for the quality control, for the product development, and for many other applications, and it is available in various configurations, with the different incline angles and the impact speeds; the incline impact tester is an essential equipment for the impact testing. Incline impact testers are used in the packaging industry, in the logistics, in the electronics industry, in the automotive industry, and for many other applications. With their incline impact testing, incline impact testers are essential for the product protection testing.

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A fraction collector is a laboratory instrument used to collect the fractions of the liquid from the chromatographic and the other separation systems, in the individual containers, according to the time, the volume, or the signal, and it is used in the chemistry, the biochemistry, the pharmaceutical, and the research laboratories. The fraction collector consists of a collection rack or a carousel with the test tubes or the containers, a dispensing arm or a needle that delivers the liquid, a drive system that moves the arm to the containers, and a control and a timer or a signal interface, and it collects the fractions according to the programmed criteria, such as the fixed time intervals, the fixed volumes, or the triggers from the detector signal; the fraction collector is used for the collection of the fractions from the liquid chromatography, for the collection of the fractions from the preparative separations, for the purification of the compounds, for the collection of the fractions for the further analysis, and for many other applications, and it is available in various configurations, with the different numbers of the containers and the collection modes; the fraction collector is an essential instrument for the preparative chromatography. Fraction collectors are used in the chemistry and the biochemistry laboratories, in the pharmaceutical industry, in the research institutions, and for many other applications. With their fraction collection, fraction collectors are essential for the separation and the purification.

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A texture analyzer is an instrument used to measure the texture and the mechanical properties of the food products, the biological materials, and the other samples, such as the hardness, the firmness, the cohesiveness, the adhesiveness, the springiness, and the chewiness, and it is used in the food, the pharmaceutical, the cosmetic, and the research industries. The texture analyzer consists of a measurement platform, the probes and the fixtures, such as the compression, the penetration, the cutting, and the extension probes, a force and a displacement measurement system, and a control and a data analysis system, and it performs the tests, such as the compression, the penetration, the cutting, the extension, and the texture profile analysis (TPA), in which the sample is compressed twice to simulate the chewing, and it measures the force and the deformation and calculates the texture parameters; the texture analyzer is used for the measurement of the texture of the food products, such as the fruits, the vegetables, the bakery, the meat, the dairy, and the snacks, for the measurement of the firmness and the ripeness, for the measurement of the gel strength, for the assessment of the shelf life, for the quality control, for the product development, for the research, and for many other applications, and it is available in various configurations, with the different force ranges and the fixtures; the texture analyzer is an essential instrument for the texture measurement. Texture analyzers are used in the food industry, in the pharmaceutical industry, in the cosmetic industry, in the research institutions, and for many other applications. With their texture measurement, texture analyzers are essential for the quality and the product development.

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A Vis NIR spectrometer is an analytical instrument used to measure the spectrum of the samples over the visible (Vis) and the near-infrared (NIR) wavelength regions, and it is used in the food, the agriculture, the pharmaceutical, the chemical, and the many other industries for the analysis of the samples. The Vis NIR spectrometer measures the absorption, the reflectance, or the transmittance of the light by the sample over the wavelength range, typically from about 400 nanometers in the visible region to about 2500 nanometers in the NIR region, and the spectrum provides the information about the color and the electronic transitions in the visible region and the vibrational overtones in the NIR region, which are related to the composition and the properties; the Vis NIR spectrometer consists of a light source, a wavelength selection device, a sample holder or a probe, a detector, and a control and a data analysis system, and it provides features such as the wavelength scanning, the non-destructive measurement, and the data analysis with the chemometric models; the Vis NIR spectrometer is used for the analysis of the moisture, the protein, the fat, and the other components in the food and the agricultural products, for the measurement of the color, for the quality control, for the process monitoring, for the research, and for many other applications, and it is available as the benchtop and the portable instruments; the Vis NIR spectrometer is an essential instrument for the spectral analysis. Vis NIR spectrometers are used in the food and the agriculture industry, in the pharmaceutical industry, in the chemical industry, and for many other applications. With their Vis NIR measurement, Vis NIR spectrometers are essential for the non-destructive analysis.

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A drop tester is an instrument used to test the impact resistance of the packages and the products by the dropping them from a specified height, and it is used in the packaging, the electronics, the automotive, and the many other industries for the testing of the drop resistance and the protection of the products. The drop tester consists of a test stand or a frame, a lifting and a release mechanism, which raises the test article to the specified height and releases it, a drop surface, and a control, and it drops the test article in a controlled manner, from the specified heights and in the specified orientations, and the damage and the performance of the test article are observed, following the standard test methods, such as the ASTM and the ISO standards; the drop tester is used for the testing of the drop resistance of the packages, for the testing of the protection of the products in the transport, for the testing of the electronic devices and the components, for the testing of the packaging materials, for the quality control, for the product development, and for many other applications, and it is available in various configurations, from the manual models to the automatic models, with the different drop heights and the capacities; the drop tester is an essential equipment for the drop testing. Drop testers are used in the packaging industry, in the electronics industry, in the automotive industry, in the logistics, and for many other applications. With their drop testing, drop testers are essential for the product protection testing.

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A UV Vis spectrometer is an analytical instrument used to measure the absorption and the transmittance of the light by the samples in the ultraviolet (UV) and the visible (Vis) wavelength regions, and it is used in the chemistry, the biology, the biochemistry, the clinical, and the many other industries for the analysis of the samples. The UV Vis spectrometer measures the absorbance of the light by the sample over the wavelength range, typically from about 190 to 1100 nanometers, covering the UV and the visible regions, and the spectrum provides the information about the electronic transitions of the molecules, and the concentration is determined by the Beer-Lambert law; the UV Vis spectrometer consists of a light source, a monochromator, a sample holder, a detector, and a control and a display unit, and it provides features such as the wavelength scanning, the multi-wavelength measurement, the kinetics, and the standard curve analysis; the UV Vis spectrometer is used for the quantitative and the qualitative analysis, for the measurement of the concentration of the solutions, for the analysis of the nucleic acids and the proteins, for the measurement of the enzyme activity, for the colorimetric analysis, for the quality control, and for many other applications, and it is available in various configurations, with the single-beam and the double-beam models; the UV Vis spectrometer is an essential instrument in the analytical laboratory. UV Vis spectrometers are used in the chemistry and the biology laboratories, in the clinical laboratories, in the pharmaceutical industry, in the food and the beverage industry, and for many other applications. With their UV Vis measurement, UV Vis spectrometers are essential for the comprehensive analysis.

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A UV spectrometer is an analytical instrument used to measure the absorption and the transmittance of the light by the samples in the ultraviolet (UV) wavelength region, and it is used in the chemistry, the biology, the biochemistry, the pharmaceutical, and the many other industries for the analysis of the samples. The UV spectrometer measures the absorbance of the light by the sample over the UV wavelength range, typically from about 190 to 400 nanometers, and the spectrum provides the information about the electronic transitions of the molecules, which are related to the concentration and the structure of the absorbing species, and the concentration is determined by the Beer-Lambert law; the UV spectrometer consists of a light source, a monochromator, a sample holder, a detector, and a control and a display unit, and it provides features such as the wavelength scanning, the absorbance measurement, and the standard curve analysis; the UV spectrometer is used for the quantitative and the qualitative analysis of the compounds, for the measurement of the concentration of the solutions, for the analysis of the nucleic acids and the proteins, for the quality control, for the purity analysis, and for many other applications, and it is available as the benchtop and the portable instruments; the UV spectrometer is an essential instrument for the UV analysis. UV spectrometers are used in the chemistry and the biology laboratories, in the pharmaceutical industry, in the clinical laboratories, in the food industry, and for many other applications. With their UV measurement, UV spectrometers are essential for the analysis of the UV-absorbing compounds.

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A ferromagnetic analyzer is an instrument used to measure the ferromagnetic content of the materials, such as the austenitic stainless steels and the welds, and it is used in the materials testing, the welding, the quality control, and the many other applications. The ferromagnetic analyzer measures the ferromagnetic content, such as the ferrite number or the ferrite content, by the magnetic methods, in which the magnetic permeability of the material is measured, and the ferrite content is determined, and it may also measure the other magnetic properties; the ferromagnetic analyzer consists of a probe or a sensor, a signal processing unit, a display, and the calibration standards, and it provides a rapid and a non-destructive measurement, with features such as the digital display and the data management; the ferromagnetic analyzer is used for the measurement of the ferrite content of the austenitic stainless steel welds and the castings, for the assessment of the weld quality, for the control of the ferrite in the materials, for the prevention of the hot cracking and the corrosion, for the quality control, for the research, and for many other applications, and it is available as the portable and the benchtop instruments; the ferromagnetic analyzer is an essential instrument for the measurement of the ferromagnetic content. Ferromagnetic analyzers are used in the welding industry, in the materials testing, in the quality control, in the research, and for many other applications. With their ferromagnetic measurement, ferromagnetic analyzers are essential for the material assessment.

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A cytospin centrifuge is a centrifuge used for the preparation of the cell smears on the microscope slides by the centrifugation, and it is used in the cytology, the pathology, the clinical, and the many other applications. The cytospin centrifuge deposits the cells from the liquid samples, such as the body fluids, onto the slides by the centrifugation through the funnels, providing the concentrated and the well-distributed cell smears for the microscopic examination; the cytospin centrifuge consists of a centrifuge rotor with the slide holders and the funnels, a motor, a speed and a time control, and the housing, and it provides the cell deposition, with the preset programs; the cytospin centrifuge is used for the preparation of the cell smears from the cerebrospinal fluid, the pleural fluid, the urine, and the other body fluids, for the cytology, for the pathology, for the research, and for many other applications, and it is an essential instrument in the cytology laboratory. Cytospin centrifuges are used in the cytology, in the pathology, in the clinical laboratories, in the research, and for many other applications. With their cell deposition, cytospin centrifuges are essential for the preparation of the cell smears.

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An oil spectrometer is an analytical instrument used to measure the elemental composition of the oils, such as the lubricating oils and the fuels, and it is used in the oil analysis, the condition monitoring, and the many other applications. The oil spectrometer measures the concentrations of the elements in the oil by the various methods, including the rotating disc electrode (RDE) atomic emission spectrometry, in which the oil sample is vaporized in an electric arc or a spark, and the emission of the light at the characteristic wavelengths of the elements is measured; the inductively coupled plasma (ICP) methods; and the X-ray fluorescence (XRF), and it provides the concentrations of the elements, such as the wear metals, the additive elements, and the contaminants; the oil spectrometer is used for the analysis of the wear metals in the used lubricating oils, which indicate the wear of the machinery, for the analysis of the additive elements, for the analysis of the contaminants, for the condition monitoring of the engines and the machinery, for the predictive maintenance, and for many other applications, and it provides a rapid and an accurate analysis, with features such as the multi-element analysis and the data management; the oil spectrometer is an essential instrument for the oil analysis. Oil spectrometers are used in the laboratories, in the industrial maintenance, in the power plants, in the transportation, and for many other applications. With their elemental analysis, oil spectrometers are essential for the oil condition monitoring.

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A surface contamination monitor is an instrument used for the detection and the measurement of the radioactive contamination on the surfaces, and it is used in the nuclear, the medical, the industrial, and the many other applications for the monitoring of the contamination and the radiation protection. The surface contamination monitor consists of the radiation detectors, such as the proportional counters or the scintillation detectors, which detect the alpha and the beta radiation, and, in some models, the gamma radiation, a signal processing unit, a display, and the alarms, and it measures the contamination level, expressed in counts per second or in the activity per unit area, and it provides the audible and the visual alarms when the contamination exceeds the set limit; the surface contamination monitor is used for the monitoring of the contamination on the surfaces of the equipment, the tools, the floors, the workstations, and the personnel, in the nuclear facilities, in the medical facilities, in the industrial applications, for the compliance with the radiation protection regulations, and for many other applications, and it is available as the portable and the fixed monitors; the surface contamination monitor is an essential instrument for the contamination monitoring. Surface contamination monitors are used in the nuclear industry, in the medical facilities, in the industrial applications, in the laboratories, and for many other applications. With their contamination detection, surface contamination monitors are essential for the radiation protection.

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A radiation detection system is a system used for the detection and the measurement of the ionizing radiation, such as the alpha, the beta, and the gamma radiation, and it is used in the radiation monitoring, the nuclear, the health physics, the environmental, and the many other applications. The radiation detection system detects the radiation with the detectors, such as the Geiger-Muller (GM) tubes, the scintillation detectors, and the semiconductor detectors, and it provides the count rate and the dose rate; the radiation detection system consists of the detectors, the electronics, the display, and the software, and it provides features such as the alarming and the data logging; the radiation detection system is used for the monitoring of the radiation in the workplaces, for the monitoring of the environmental radiation, for the measurement of the radioactivity, for the health physics, for the security, and for many other applications, and it is available in various configurations, from the portable models to the fixed systems; the radiation detection system is an essential equipment for the radiation monitoring. Radiation detection systems are used in the radiation monitoring, in the nuclear, in the health physics, in the environmental, and for many other applications. With their detection, radiation detection systems are essential for the radiation monitoring.

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An evaporation loss tester is an instrument used to measure the evaporation loss of the lubricating oils and the other fluids, which is the loss of the oil by the evaporation at the high temperatures, and it is used in the petroleum, the lubricant, and the many other industries for the quality control and the testing. The evaporation loss tester measures the evaporation loss by the heating of a specified quantity of the sample in a test vessel at a specified temperature, such as 250 degrees Celsius, for a specified time, with the air or the nitrogen flowing over the surface, following the standard test methods, such as the ASTM and the ISO standards, and the evaporation loss is calculated from the loss of the mass of the sample; the evaporation loss tester consists of a heating system, a test vessel, a temperature control system, a gas supply, and a weighing, and it provides a controlled and a reproducible measurement, with features such as the digital temperature control and the timing; the evaporation loss tester is used for the measurement of the evaporation loss of the lubricating oils, for the testing of the volatility of the oils, for the quality control, for the product development, for the assessment of the oil consumption, and for many other applications, and it is an essential instrument for the lubricant testing. Evaporation loss testers are used in the petroleum industry, in the lubricant industry, in the testing laboratories, and for many other applications. With their evaporation loss measurement, evaporation loss testers are essential for the lubricant quality control.

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A UV NIR spectrometer is an analytical instrument used to measure the spectrum of the samples over the ultraviolet (UV) and the near-infrared (NIR) wavelength regions, and it is used in the chemistry, the materials science, the food, the pharmaceutical, and the many other industries for the analysis of the samples. The UV NIR spectrometer measures the absorption, the reflectance, or the transmittance of the light by the sample over the wavelength range, typically from about 200 nanometers in the UV region to about 2500 nanometers in the NIR region, and the spectrum provides the information about the electronic transitions in the UV and the visible regions and the vibrational overtones in the NIR region, which are related to the composition and the properties of the sample; the UV NIR spectrometer consists of a light source, a monochromator or another wavelength selection device, a sample holder or a probe, a detector, and a control and a data analysis system, and it provides features such as the wavelength scanning, the high resolution, and the data analysis; the UV NIR spectrometer is used for the analysis of the organic and the inorganic compounds, for the measurement of the moisture and the components in the food and the agricultural products, for the quality control, for the process monitoring, for the research, and for many other applications; the UV NIR spectrometer is an essential instrument for the spectral analysis. UV NIR spectrometers are used in the chemistry and the materials science, in the food and the agriculture industry, in the pharmaceutical industry, and for many other applications. With their wide wavelength range, UV NIR spectrometers are essential for the comprehensive spectral analysis.

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A dynamic temperature control system is a temperature control system that provides the dynamic control of the temperature, including the rapid heating, the rapid cooling, and the temperature cycling, and it is used in the laboratories, the industry, the research, and the many other applications for the processes that require the precise and the dynamic temperature control. The dynamic temperature control system consists of a temperature sensor, a controller with the advanced control algorithms, an actuator, such as the heating and the cooling systems, and the associated components, and it provides the rapid and the precise temperature changes, with the high rates of the heating and the cooling, and it can follow the programmable temperature profiles, including the ramps and the soaks, with features such as the PID control, the cascade control, and the data logging; the dynamic temperature control system is used for the temperature control of the reactors and the processes with the rapid temperature changes, for the temperature cycling, for the crystallization, for the simulation of the temperature profiles, for the testing, and for many other applications, and it is available in various configurations and capacities; the dynamic temperature control system is an essential equipment for the processes that require the dynamic temperature control. Dynamic temperature control systems are used in the chemical and the pharmaceutical industry, in the research, in the semiconductor industry, in the testing laboratories, and for many other applications. With their dynamic control, dynamic temperature control systems are essential for the rapid temperature changes.

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A temperature control system is a system used to control and to maintain the temperature of the equipment, the processes, or the environments at the set value, and it is used in the laboratories, the industry, the medical, the research, and the many other applications. The temperature control system consists of a temperature sensor, which measures the temperature, a controller, which compares the measured temperature with the set value and generates the control signal, and an actuator, such as a heater, a cooler, or a valve, which adjusts the heating or the cooling, and it may include the display, the alarms, and the data logging; the temperature control system provides the precise and the stable temperature control, with features such as the PID control, the programmable profiles, and the remote monitoring, and it is used for the temperature control of the incubators, the baths, the reactors, the ovens, the chambers, the processes, and the many other applications, and it is available in various configurations, from the simple controllers to the integrated systems; the temperature control system is an essential component for the temperature-sensitive processes and the applications. Temperature control systems are used in the laboratories, in the chemical and the pharmaceutical industry, in the food industry, in the semiconductor industry, in the medical devices, and for many other applications. With their temperature control, temperature control systems are essential for the temperature-sensitive processes.

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A gel card centrifuge is a specialized centrifuge used for the centrifugation of the gel cards, which are used in the blood banking and the immunohematology for the blood grouping, the cross-matching, and the antibody testing, and it is used in the blood banks, the clinical laboratories, and the hospitals. The gel card centrifuge consists of a rotor that holds the gel cards, a motor, a control and a display, and a lid with the safety lock, and it centrifuges the gel cards at the specified speed and the time, which are specific for the gel card tests, and it may provide the different programs for the different tests, such as the blood grouping and the cross-match; the gel card centrifuge is used for the centrifugation of the gel cards in the blood grouping, for the cross-matching, for the antibody screening, for the direct antiglobulin tests, for the processing of the samples in the blood bank, and for many other applications, and it provides a controlled and a reproducible centrifugation, with features such as the programmable cycles and the safety features; the gel card centrifuge is an essential equipment in the blood bank and the immunohematology laboratory. Gel card centrifuges are used in the blood banks, in the clinical laboratories, in the hospitals, in the transfusion services, and for many other applications. With their gel card centrifugation, gel card centrifuges are essential for the immunohematology testing.

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A hot air sterilizer is a sterilization equipment that uses the dry heat, in the form of the hot air, for the sterilization of the instruments and the other items, and it is used in the hospitals, the laboratories, the pharmaceutical, and the many other applications. The hot air sterilizer consists of an insulated chamber, the heating elements, a fan for the air circulation, a temperature control system, and the shelves, and it sterilizes the items by the exposure to the hot air at the high temperatures, such as 160 to 180 degrees Celsius, for the specified time, which denatures and oxidizes the proteins of the microorganisms, and it provides the dry and the sterile items; the hot air sterilizer is used for the sterilization of the glassware, the metal instruments, the powders, the oils, and the other items that are not suitable for the steam sterilization, for the sterilization of the laboratory equipment, for the depyrogenation, and for many other applications, and it provides features such as the digital temperature control, the programmable cycles, and the safety interlocks; the hot air sterilizer is available in various sizes, from the bench-top models to the large models, and it is an essential equipment for the dry heat sterilization. Hot air sterilizers are used in the hospitals, in the laboratories, in the pharmaceutical industry, in the research institutions, and for many other applications. With their dry heat, hot air sterilizers are essential for the sterilization of the heat-resistant items.

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A mini thermal cycler is a compact thermal cycler used for the polymerase chain reaction (PCR) amplification of the nucleic acids, and it is used in the molecular biology, the clinical, the field, and the many other applications. The mini thermal cycler heats and cools the samples through the programmed temperature cycles, which are required for the PCR, with the compact and the portable design; the mini thermal cycler consists of a sample block, which holds the PCR tubes, a heating and a cooling system, a temperature control system, and the controls, and it provides features such as the programmable protocols; the mini thermal cycler is used for the PCR amplification, for the diagnostics, for the genotyping, for the field applications, for the education, and for many other applications, and it is an essential instrument for the compact PCR. Mini thermal cyclers are used in the molecular biology laboratories, in the clinical laboratories, in the field, in the education, and for many other applications. With their compact design, mini thermal cyclers are essential for the convenient PCR amplification.

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A gradient thermal cycler is a thermal cycler with the gradient function, which provides a temperature gradient across the sample block, used for the polymerase chain reaction (PCR), and it is used in the molecular biology, the clinical, the forensic, and the research laboratories for the amplification of the DNA and the optimization of the PCR conditions. The gradient thermal cycler consists of a sample block with the wells for the tubes and the plates, a heating and a cooling system (the Peltier elements), a temperature control system, and a control and a software system, and it provides the programmable temperature cycling, with the denaturation, the annealing, and the extension steps, and the gradient function allows the simultaneous testing of the different annealing temperatures across the block, which is used for the optimization of the PCR; the gradient thermal cycler is used for the amplification of the DNA fragments, for the PCR for the diagnostics and the research, for the optimization of the annealing temperature, for the quantitative PCR in some models, and for many other applications, and it is available in various block formats, with the different numbers of the wells; the gradient thermal cycler is an essential instrument for the PCR. Gradient thermal cyclers are used in the molecular biology laboratories, in the clinical diagnostics, in the forensic laboratories, in the research institutions, and for many other applications. With their gradient function, gradient thermal cyclers are essential for the PCR optimization.

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A thermostatic incubator is a controlled-temperature incubator used for the incubation and the cultivation of the samples at a constant temperature, and it is used in the biology, the microbiology, the clinical, the food, and the many other laboratories. The thermostatic incubator consists of an insulated chamber, a heating system, a temperature control system, a fan for the air circulation, and the shelves, and it maintains the temperature at the set value, typically from slightly above the room temperature to about 80 degrees Celsius, with a high stability and uniformity, with features such as the digital temperature control, the timer, and the alarms; the thermostatic incubator is used for the cultivation of the bacteria and the other microorganisms, for the incubation of the cultures, for the storage of the samples at the controlled temperature, for the testing at the controlled temperature, for the incubation of the reactions, and for many other applications, and it is available in various sizes, from the small bench-top models to the large models; the thermostatic incubator provides a stable and a uniform temperature, which is important for the growth and the reactions, and it is an essential instrument for the incubation in the laboratory. Thermostatic incubators are used in the biology and the microbiology laboratories, in the clinical laboratories, in the food industry, in the pharmaceutical industry, and for many other applications. With their constant temperature, thermostatic incubators are essential for the incubation.

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A mortuary refrigerator is a refrigeration unit designed for the storage of the deceased at the controlled low temperatures, and it is used in the mortuaries, the hospitals, the forensic, and the many other applications. The mortuary refrigerator maintains the controlled low temperatures, typically between 2 and 8 degrees Celsius, with the drawers or the compartments for the bodies, and it provides the hygienic and the controlled storage; the mortuary refrigerator consists of an insulated cabinet with the drawers, a refrigeration system, a temperature control system, and the display, and it provides features such as the temperature display and the alarms; the mortuary refrigerator is used for the storage of the deceased in the mortuaries, for the temporary storage in the hospitals, for the forensic use, for the transport, and for many other applications, and it is available in various sizes and configurations, from the single drawer models to the multi drawer models; the mortuary refrigerator is an essential equipment for the mortuary storage. Mortuary refrigerators are used in the mortuaries, in the hospitals, in the forensic, in the funeral homes, and for many other applications. With their controlled temperatures, mortuary refrigerators are essential for the hygienic storage.

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A minimum film forming temperature tester is an instrument used to measure the minimum film forming temperature (MFFT) of the latex and the emulsion paints, the coatings, and the other polymer dispersions, which is the lowest temperature at which the polymer particles coalesce to form a continuous film, and it is used in the paint, the coating, the adhesive, and the many other industries. The minimum film forming temperature tester consists of a metal plate or a bar with a temperature gradient along its length, a temperature control system, which establishes the temperature gradient, and a test chamber with the controlled atmosphere, and the sample is applied on the plate, and the film is observed after the drying, and the minimum film forming temperature is determined as the temperature at the point where the continuous film begins to form, which is visible as the clear and the continuous area; the minimum film forming temperature tester is used for the measurement of the MFFT of the latex and the emulsion coatings, for the quality control, for the product development, for the selection of the formulations, for the assessment of the film formation, and for many other applications, and it is available in various configurations, with the different temperature ranges; the minimum film forming temperature tester is an essential instrument for the coating testing. Minimum film forming temperature testers are used in the paint and the coating industry, in the adhesive industry, in the polymer industry, in the laboratories, and for many other applications. With their MFFT measurement, minimum film forming temperature testers are essential for the coating development.

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An infrared fast drying oven is an oven that uses the infrared radiation for the rapid drying and the heating of the materials, and it is used in the laboratories, the industry, the food, and the many other applications for the fast drying, the heating, and the curing. The infrared fast drying oven consists of an insulated chamber, the infrared heating elements, which emit the infrared radiation that is absorbed by the material and converts to the heat, a temperature control system, a fan for the ventilation, and the shelves, and it provides a fast and an efficient heating and the drying, with features such as the adjustable temperature and the timer; the infrared fast drying oven is used for the fast drying of the samples in the laboratories, for the drying of the moisture in the materials, for the heating and the curing of the coatings and the adhesives, for the drying of the food products, for the rapid heating in the processes, and for many other applications, and it is available in various sizes, from the bench-top models to the large models; the infrared fast drying oven provides a rapid heating, which reduces the drying time, and it is an essential equipment for the fast drying and the heating. Infrared fast drying ovens are used in the laboratories, in the food industry, in the coating industry, in the chemical industry, and for many other applications. With their infrared heating, infrared fast drying ovens are essential for the rapid drying.

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An egg incubator is a device used for the incubation of the eggs, such as the chicken, the duck, the quail, and the other bird eggs, by the maintenance of the temperature, the humidity, and the ventilation, and it is used in the poultry farming, the hatcheries, the breeding, and the education. The egg incubator consists of an insulated chamber, a heating system, a temperature control system, a humidity control system, a ventilation system, a turning mechanism, which turns the eggs regularly to prevent the sticking, and the trays, and it maintains the temperature and the humidity at the required levels for the development of the embryos, with features such as the digital temperature and humidity control, the automatic turning, the alarms, and the data logging; the egg incubator is used for the incubation of the eggs for the hatching, for the breeding of the poultry, for the research on the embryology, for the education, and for many other applications, and it is available in various sizes and capacities, from the small models for the hobby and the education to the large models for the commercial hatcheries; the egg incubator provides the controlled conditions for the successful hatching, and it is an essential equipment for the poultry and the breeding. Egg incubators are used in the poultry farms, in the hatcheries, in the breeding, in the educational institutions, and for many other applications. With their controlled incubation, egg incubators are essential for the hatching.

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A high purity water system is a water purification system used to produce the high purity water, such as the Type I and the Type II reagent grade water, for the laboratories, the clinical, the pharmaceutical, and the many other applications. The high purity water system consists of the pretreatment, such as the sediment and the carbon filtration, the reverse osmosis, the deionization with the ion exchange resins, the electrodeionization, the UV oxidation, and the ultrafiltration, and it removes the ions, the organics, the particles, the bacteria, and the other contaminants from the feed water, and it produces the water with a high resistivity, such as 18.2 megohm-centimeters, and a low total organic carbon, with features such as the monitoring of the resistivity and the TOC, the dispensing, and the data logging; the high purity water system is used for the production of the water for the analytical instruments, for the preparation of the reagents and the solutions, for the cell culture and the biology, for the clinical analysis, for the pharmaceutical production, and for many other applications, and it is available in various capacities, from the bench-top systems to the large central systems; the high purity water system is an essential equipment for the laboratories and the industries that require the high purity water. High purity water systems are used in the laboratories, in the clinical and the diagnostic laboratories, in the pharmaceutical industry, in the electronics industry, and for many other applications. With their high purity water, high purity water systems are essential for the sensitive applications.

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A high and low temperature circulator is a temperature control instrument that provides a circulating fluid at both the high and the low temperatures, for the heating and the cooling of the equipment and the processes, and it is used in the laboratories, the industry, the research, and the many other applications. The high and low temperature circulator consists of a bath or a reservoir for the circulating fluid, a heating system, a refrigeration system, a circulating pump, a temperature control system, and it heats or cools the fluid, such as the water, the oil, or the silicone fluid, to the set temperature, and it circulates the fluid through the external equipment or the process, with a high stability and uniformity, with features such as the digital temperature control, the circulation control, and the safety; the high and low temperature circulator is used for the heating and the cooling of the reaction vessels, for the temperature control of the processes, for the temperature cycling, for the calibration, for the cooling of the instruments, and for many other applications, and it is available in various temperature ranges and capacities; the high and low temperature circulator is an essential equipment for the temperature control in the many applications. High and low temperature circulators are used in the laboratories, in the chemical and the pharmaceutical industry, in the research, in the semiconductor industry, and for many other applications. With their heating and the cooling, high and low temperature circulators are essential for the temperature control.

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A mildew incubator is a controlled-environment incubator designed for the cultivation and the testing of the molds and the fungi, which require the specific conditions of the temperature and the humidity, and it is used in the microbiology, the food, the pharmaceutical, the textile, and the many other laboratories. The mildew incubator consists of an insulated chamber, a temperature control system, a humidity control system, a fan for the air circulation, and the instrumentation, and it provides the controlled temperature and the high humidity, which are suitable for the growth of the molds and the fungi, with features such as the digital temperature and humidity control, the programmable profiles, and the data logging; the mildew incubator is used for the cultivation of the molds and the fungi, for the testing of the resistance of the materials to the mildew, for the testing of the products under the mold conditions, for the storage of the fungal cultures, for the research on the mycology, and for many other applications, and it is available in various sizes, from the small bench-top models to the large models; the mildew incubator provides a stable and a uniform environment for the growth of the molds, and it is an essential instrument for the mycology and the mold testing. Mildew incubators are used in the microbiology laboratories, in the food industry, in the pharmaceutical industry, in the textile industry, and for many other applications. With their controlled environment, mildew incubators are essential for the mold cultivation and the testing.

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A dry film thickness gauge is an instrument used to measure the thickness of the dry films and the coatings on the substrates, and it is used in the paint, the coating, the automotive, the construction, and the many other industries for the quality control and the inspection. The dry film thickness gauge measures the thickness by the various methods, including the magnetic method, which is used for the coatings on the ferromagnetic substrates, in which the magnetic flux is measured; the eddy current method, which is used for the coatings on the non-ferromagnetic substrates, in which the eddy current is measured; and the ultrasonic method, and the gauge provides the thickness, expressed in micrometers or mils, with features such as the digital display, the data logging, and the statistics; the dry film thickness gauge is used for the measurement of the thickness of the paint and the powder coatings, for the measurement of the thickness of the coatings on the metals, for the measurement of the thickness of the galvanized and the anodized layers, for the quality control, for the inspection, for the compliance with the specifications, and for many other applications, and it is available as the handheld and the benchtop models; the dry film thickness gauge is an essential instrument for the coating thickness measurement. Dry film thickness gauges are used in the paint and the coating industry, in the automotive industry, in the construction, in the manufacturing, and for many other applications. With their thickness measurement, dry film thickness gauges are essential for the coating quality control.

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A tube rotator is a laboratory instrument used for the rotation and the mixing of the samples in the tubes, by the end-over-end or the vertical rotation, and it is used in the biology, the biochemistry, the clinical, and the research laboratories for the mixing, the incubation, and the hybridization. The tube rotator consists of a base with a motor and a rotor or a platform that holds the tubes, and it provides a continuous rotation, typically an end-over-end rotation, which mixes the contents of the tubes gently and thoroughly, with the adjustable speed, with features such as the timer and the digital speed control; the tube rotator is used for the mixing of the samples in the tubes, for the incubation with the rotation, for the hybridization, for the mixing of the blood samples, for the mixing of the beads and the samples, for the resuspension, for the extraction, and for many other applications, and it is available in various configurations, with the different numbers and the sizes of the tube positions; the tube rotator provides a gentle and a thorough mixing of the tube contents, and it is an essential instrument for the mixing in the laboratory. Tube rotators are used in the biology and the biochemistry laboratories, in the clinical laboratories, in the pharmaceutical industry, in the research institutions, and for many other applications. With their rotation, tube rotators are essential for the tube mixing.

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An infrared cassette printer is a device used for the printing of the patient and the examination information on the X-ray film cassettes, using the infrared thermal printing technology, and it is used in the hospitals, the clinics, and the radiology departments for the labeling and the identification of the cassettes. The infrared cassette printer prints the information, such as the patient name, the identification number, the examination date, and the other details, on the special thermal labels or directly on the surface of the cassette, using the infrared heating of the thermal material, and it consists of the printing mechanism, the label handling, the control, and the interface to the radiology information system; the infrared cassette printer provides a fast and a reliable printing, with features such as the automatic label feeding, the various label sizes, and the data management, and it is used for the labeling of the cassettes for the identification, for the reduction of the errors, for the traceability, for the workflow in the radiology, and for many other applications; the infrared cassette printer is an essential equipment in the radiology department, and it improves the efficiency and the accuracy of the cassette handling. Infrared cassette printers are used in the hospitals, in the radiology departments, in the clinics, in the imaging centers, and for many other applications. With their cassette printing, infrared cassette printers are essential for the identification in the radiology.

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A high temperature circulator is a temperature control instrument that provides a circulating fluid at the high temperatures, for the heating of the equipment and the processes, and it is used in the laboratories, the industry, the research, and the many other applications. The high temperature circulator consists of a bath or a reservoir for the circulating fluid, a heating system, a circulating pump, a temperature control system, and, in some models, a cooling system, and it heats the fluid, such as the water, the oil, or the silicone fluid, to the high temperatures, and it circulates the heated fluid through the external equipment or the process that requires the heating, with a high stability and uniformity, with features such as the digital temperature control, the circulation control, and the safety; the high temperature circulator is used for the heating of the reaction vessels, for the heating of the condensers and the columns, for the temperature control of the processes, for the heating of the analytical instruments, for the calibration, and for many other applications, and it is available in various temperature ranges and heating capacities, from the models for the moderate temperatures to the models for the high temperatures; the high temperature circulator is an essential equipment for the temperature control in the many applications. High temperature circulators are used in the laboratories, in the chemical and the pharmaceutical industry, in the research, in the food industry, and for many other applications. With their high temperature circulation, high temperature circulators are essential for the heating and the temperature control.

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A square plate magnetic stirrer is a magnetic stirrer with a square top plate, used for the stirring and the mixing of the liquids, and it is used in the laboratories, the chemistry, the biology, the clinical, and the research applications. The square plate magnetic stirrer consists of a housing with a square top plate, a rotating magnet under the plate, a motor, a speed control, and, in some models, a heating function, and it operates by the rotation of the magnetic field, which rotates the magnetic stir bar in the liquid in the container placed on the top plate, and it provides a continuous stirring, with features such as the adjustable speed, the digital display, and the timer; the square plate magnetic stirrer is used for the mixing of the reagents, for the preparation of the solutions, for the titration, for the stirring of the samples, for the incubation with the stirring, and for many other applications, and it is available in various sizes, with the different stirring capacities and the plate sizes; the square plate magnetic stirrer is an essential instrument for the stirring in the laboratory. Square plate magnetic stirrers are used in the chemistry and the biology laboratories, in the clinical laboratories, in the pharmaceutical industry, in the food industry, and for many other applications. With their square plate, square plate magnetic stirrers are essential for the convenient stirring.

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An automated immunohistochemistry stainer is an instrument used for the automated staining of the tissue sections for the immunohistochemistry (IHC), which is a technique for the detection of the specific proteins in the tissue sections by the antibodies, and it is used in the pathology, the histology, and the research laboratories. The automated immunohistochemistry stainer consists of a staining platform or a carousel that holds the slides, the reagent delivery system, which applies the antibodies, the detection reagents, and the buffers, a temperature control system, a washing system, and a control and a software system, and it performs the staining protocols automatically, including the deparaffinization, the antigen retrieval, the blocking, the incubation with the primary and the secondary antibodies, the detection, and the counterstaining, with the controlled timing and the temperature; the automated immunohistochemistry stainer provides a consistent and a reproducible staining, with features such as the programmable protocols, the multiple slides, and the data management, and it is used for the diagnostic immunohistochemistry, for the detection of the tumor markers, for the research, for the standardization of the staining, and for many other applications; the automated immunohistochemistry stainer is an essential instrument in the pathology laboratory. Automated immunohistochemistry stainers are used in the pathology laboratories, in the histology laboratories, in the research institutions, in the hospitals, and for many other applications. With their automated staining, automated immunohistochemistry stainers are essential for the IHC analysis.

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An electric operating table is an operating table with the electric adjustment of the positions, used for the positioning of the patients during the surgical procedures, and it is used in the hospitals, the clinics, and the surgery centers. The electric operating table consists of a table with the sections, such as the head, the back, the seat, and the leg sections, an electric drive system with the motors, which adjust the height, the tilt, and the positions of the sections, a control panel or a remote control, a mattress or a pad, and the accessories, and it provides the positioning of the patient with the smooth and the precise electric adjustments, with features such as the memory positions, the emergency manual override, and the locking; the electric operating table is used for the positioning of the patient during the surgery, for the adjustment of the height and the positions for the surgical access, for the procedures in the various surgical specialties, for the patient safety and the comfort, and for many other applications, and it is available in various types, from the general-purpose tables to the specialized tables, with the various configurations; the electric operating table is an essential equipment in the operating rooms, and it improves the efficiency and the safety of the procedures. Electric operating tables are used in the hospitals, in the surgery centers, in the clinics, and for many other applications. With their electric adjustment, electric operating tables are essential for the surgical positioning.

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