A dental ultrasonic cleaner is an ultrasonic cleaning device used for the cleaning of the dental instruments and the prostheses, by the high-frequency ultrasonic vibrations, and it is used in the dental clinics, the dental laboratories, and the dental practices. The dental ultrasonic cleaner consists of a tank, an ultrasonic transducer, which generates the high-frequency vibrations in the cleaning solution, a heating system, and a control, and it cleans the items by the cavitation, in which the microscopic bubbles are formed and collapse in the cleaning solution, and the energy of the collapse removes the contaminants from the surfaces and the crevices of the items; the dental ultrasonic cleaner is used for the cleaning of the dental instruments, such as the handpieces, the scalers, and the forceps, for the cleaning of the dentures and the crowns, for the removal of the debris, the blood, and the other contaminants, for the pre-cleaning before the sterilization, and for many other applications, and it is available in various sizes, with the different tank capacities and the frequencies, with features such as the timer and the heating; the dental ultrasonic cleaner provides an effective and a thorough cleaning, and it is an essential equipment in the dental practice. Dental ultrasonic cleaners are used in the dental clinics, in the dental laboratories, in the dental practices, and for many other applications. With their ultrasonic cleaning, dental ultrasonic cleaners are essential for the instrument cleaning.

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Incubating rocking shakers are laboratory instruments that combine the incubation with the rocking motion, used for the incubation and the mixing of the samples at the controlled temperature, and they are used in the biology, the biochemistry, the clinical, and the research laboratories. The incubating rocking shaker consists of an insulated chamber with the heating and the temperature control, a rocking platform that holds the tubes, the bottles, and the containers, and a motor that provides the rocking motion, and it provides the controlled temperature and a gentle rocking, with features such as the adjustable temperature, the rocking speed, and the timing; the incubating rocking shaker is used for the incubation of the samples with the gentle mixing, for the hybridization, for the staining, for the washing of the blots, for the incubation of the blood samples, for the gentle mixing of the cell suspensions, and for many other applications, and it is available in various sizes, with the different platform capacities; the incubating rocking shaker provides a gentle rocking that is suitable for the sensitive samples, at the controlled temperature, and it is an essential instrument for the incubation and the mixing in the laboratory. Incubating rocking shakers 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 incubation and the rocking, incubating rocking shakers are essential for the gentle incubation and the mixing.

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A manual sterilizer is a sterilization device that is operated manually, used for the sterilization of the instruments and the other items, and it is used in the clinics, the laboratories, the dental practices, and the many other applications where the automated sterilizers are not available or the small-scale sterilization is required. The manual sterilizer may be a pressure cooker-type autoclave, in which the items are placed in the chamber with the water, the chamber is heated on a heat source, and the steam is generated under the pressure, and the sterilization is achieved at the high temperature and the pressure, or it may be a manual dry heat sterilizer, and it consists of the chamber, the lid with the pressure gauge and the safety valve, and the handles, and it is operated by the manual control of the heating and the pressure; the manual sterilizer is used for the sterilization of the instruments in the small clinics, for the sterilization of the equipment in the field, for the sterilization in the areas without the electricity, and for many other applications, and it is simple and economical, and it is available in various sizes; the manual sterilizer requires the careful operation for the effective sterilization, and it is an essential equipment for the sterilization in the small-scale applications. Manual sterilizers are used in the clinics, in the laboratories, in the dental practices, in the field, and for many other applications. With their manual operation, manual sterilizers are essential for the small-scale sterilization.

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A sterilizing machine is a device used for the sterilization of the instruments, the equipment, and the other items, by the destruction of the microorganisms, and it is used in the hospitals, the laboratories, the pharmaceutical, the dental, and the many other applications. The sterilizing machines include the autoclaves, which sterilize by the steam under the pressure; the dry heat sterilizers, which sterilize by the hot air; the ethylene oxide sterilizers, which sterilize by the gas; and the other sterilizers, such as the hydrogen peroxide and the radiation sterilizers, and the sterilizing machine consists of the chamber, the sterilization medium generation and the delivery system, the control system, and the safety devices, and it provides the sterilization at the specified conditions of the temperature, the pressure, the time, or the concentration, with features such as the programmable cycles, the monitoring, and the documentation; the sterilizing machine is used for the sterilization of the surgical instruments, for the sterilization of the laboratory equipment and the media, for the sterilization of the pharmaceutical products, for the sterilization of the dental instruments, for the assurance of the sterility, and for many other applications, and it is available in various sizes and configurations, from the bench-top models to the large industrial models; the sterilizing machine is an essential equipment for the sterilization. Sterilizing machines are used in the hospitals, in the laboratories, in the pharmaceutical industry, in the dental clinics, and for many other applications. With their sterilization, sterilizing machines are essential for the assurance of the sterility.

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A medicine storage chamber is a storage equipment used for the storage of the medicines, the pharmaceuticals, and the other medical supplies at the controlled conditions, and it is used in the hospitals, the pharmacies, the clinics, and the laboratories. The medicine storage chamber consists of an insulated cabinet, a temperature control system, which maintains the temperature in the required range, such as the refrigerated, the cool, or the room temperature storage, a temperature monitoring and an alarm system, and the shelves and the drawers, and it provides the controlled storage conditions, with features such as the digital temperature control, the temperature alarms, the data logging, and the lock; the medicine storage chamber is used for the storage of the medicines and the injections, for the storage of the vaccines and the biologicals, for the storage of the reagents and the samples, for the storage of the temperature-sensitive products, for the compliance with the storage requirements, and for many other applications, and it is available in various sizes, from the under-counter models to the large cabinets, with the different temperature ranges; the medicine storage chamber is an essential equipment for the safe storage of the medicines. Medicine storage chambers are used in the hospitals, in the pharmacies, in the clinics, in the laboratories, and for many other applications. With their controlled storage, medicine storage chambers are essential for the safe medicine storage.

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An ultra flat magnetic stirrer is a magnetic stirrer with a very low profile and a flat design, used for the stirring and the mixing of the liquids, and it is used in the laboratories, the clinical, the pharmaceutical, and the research applications for the mixing of the solutions. The ultra flat magnetic stirrer consists of a flat and a low-profile housing, a rotating magnet under the top 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 and the digital display; the ultra flat magnetic stirrer is designed for the applications where the space is limited and the low profile is required, and it is used for the mixing of the reagents, for the preparation of the solutions, for the titration, for the stirring of the samples in the cell culture, for the incubation, and for many other applications, and it is available in various sizes, with the different stirring capacities, and it is an essential instrument for the stirring in the laboratory. Ultra flat 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 ultra flat design, ultra flat magnetic stirrers are essential for the convenient stirring.

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A dental X-ray sensor is a digital sensor used in the dental radiography for the capture of the X-ray images of the teeth and the oral structures, and it is used in the dental clinics and the dental practices for the diagnosis of the dental conditions. The dental X-ray sensor is a digital image sensor, such as a CMOS (complementary metal-oxide-semiconductor) or a CCD (charge-coupled device) sensor, which is placed in the mouth of the patient, and it captures the X-ray image, which is transmitted to a computer and displayed on the screen, and the image can be enhanced, stored, and shared; the dental X-ray sensor provides the digital images with a high resolution and a low radiation dose, compared with the film radiography, and it is available in various sizes, for the different positions in the mouth, with features such as the sensor holder and the cable or the wireless connection; the dental X-ray sensor is used for the diagnosis of the dental caries, for the examination of the root canals, for the assessment of the periodontal conditions, for the planning of the treatments, for the monitoring, and for many other applications, and it is an essential equipment in the modern dental practice. Dental X-ray sensors are used in the dental clinics, in the dental practices, in the oral and the maxillofacial departments, and for many other applications. With their digital imaging, dental X-ray sensors are essential for the dental diagnosis.

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A grind tester is an instrument used to measure the fineness of the grind of the pigments in the paints, the inks, and the other dispersions, by the determination of the size of the largest particles and the agglomerates, and it is used in the paint, the coating, the ink, and the many other industries for the quality control. The grind tester, also known as the Hegman gauge, consists of a steel block with a tapered groove, which is graduated with the scale, and the sample is placed at the deep end of the groove and drawn down with a scraper, and the point at which the particles first become visible in the film indicates the fineness of the grind, expressed in Hegman units or in micrometers; the grind tester is used for the measurement of the fineness of the grind of the pigments and the dispersions, for the quality control of the paints and the inks, for the assessment of the dispersion, for the process control, for the comparison of the batches, and for many other applications, and it is available in various ranges of the scale; the grind tester is a simple and a rapid instrument for the assessment of the dispersion quality, and it is an essential instrument in the paint and the coating industry. Grind testers are used in the paint and the coating industry, in the ink industry, in the pigment industry, in the laboratories, and for many other applications. With their fineness measurement, grind testers are essential for the dispersion quality control.

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An operating table is a medical table used for the positioning of the patients during the surgical procedures, and it is used in the hospitals, the clinics, and the surgery centers for the general and the specialized surgeries. The operating table consists of a table with the adjustable height, the tilt, the trendelenburg and the reverse trendelenburg positions, and the head, the back, and the leg sections, a mattress or a pad, and the controls, and it provides the positioning of the patient for the surgical access, with the features such as the electric or the manual adjustment, the locking, and the accessories, such as the arm boards and the leg holders; the operating table is used for the positioning of the patient during the surgery, for the adjustment of the height and the position 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, such as the orthopedic, the urological, and the neurosurgical tables, and from the manual to the electric and the hydraulic tables; the operating table is an essential equipment in the operating rooms. Operating tables are used in the hospitals, in the surgery centers, in the clinics, and for many other applications. With their positioning, operating tables are essential for the surgical procedures.

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An ophthalmology operating table is a specialized operating table designed for the ophthalmic surgery, such as the cataract, the glaucoma, the retinal, and the other eye surgeries, and it is used in the hospitals, the clinics, and the ophthalmic centers. The ophthalmology operating table consists of a table with the adjustable height, the tilt, and the head and the foot sections, a mattress or a pad, and the controls, and it provides the positioning of the patient for the ophthalmic procedures, with the features such as the electric or the manual adjustment, the head support, and the armrests, and it is designed for the access and the comfort of the surgeon and the patient, and it is used with the ophthalmic microscopes and the other equipment; the ophthalmology operating table is used for the positioning of the patient during the ophthalmic surgery, for the adjustment of the height and the position for the surgery, for the procedures under the microscope, for the patient comfort, and for many other applications, and it is available in various configurations, from the manual tables to the electric tables with the memory positions; the ophthalmology operating table is an essential equipment in the ophthalmic operating rooms. Ophthalmology operating tables are used in the hospitals, in the ophthalmic clinics, in the surgery centers, and for many other applications. With their specialized design, ophthalmology operating tables are essential for the ophthalmic surgery.

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A circular shaker is a laboratory shaker that provides the circular shaking motion, used for the mixing and the agitation of the samples, and it is used in the biology, the chemistry, the microbiology, the research, and the many other laboratories. The circular shaker consists of a shaking platform with the holders or the clamps, a motor with the mechanism, which provides the circular motion, a speed control, and the housing, and it shakes the samples in the circular motion, with the speed adjustable; the circular shaker is used for the mixing of the solutions, for the cultivation of the cultures, for the extraction, for the staining, for the hybridization, and for many other applications, and it is available in various sizes and configurations; the circular shaker is an essential instrument for the mixing and the agitation. Circular shakers are used in the biology laboratories, in the chemistry laboratories, in the microbiology laboratories, in the research, and for many other applications. With their circular motion, circular shakers are essential for the gentle and the efficient mixing.

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A Pfund cryptometer is a specific type of cryptometer used to measure the hiding power of the paints and the coatings, by the observation of the opacity of the film over the black and the white areas, and it is used in the paint, the coating, and the many other industries for the quality control and the product development. The Pfund cryptometer consists of a test chart with the black and the white areas, an applicator, and a viewing system, and the coating is applied on the test chart, and the hiding power is determined by the observation of the contrast between the black and the white areas through the film, and the maximum thickness at which the contrast is still visible; the Pfund cryptometer provides a simple and a rapid measurement of the hiding power, and it is used for the measurement of the hiding power of the paints and the coatings, for the measurement of the opacity, for the quality control, for the comparison of the formulations, for the assessment of the pigments, and for many other applications, and it is available in various configurations; the Pfund cryptometer is an essential instrument for the testing of the paints and the coatings. Pfund cryptometers are used in the paint and the coating industry, in the laboratories, in the research, and for many other applications. With their hiding power measurement, Pfund cryptometers are essential for the coating quality control.

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A cryptometer is an instrument used to measure the hiding power and the opacity of the paints and the coatings, which is the ability of the coating to cover the surface underneath, and it is used in the paint, the coating, and the many other industries for the quality control and the product development. The cryptometer measures the hiding power by the application of the coating on a test chart with the black and the white areas, and the observation of the contrast between the areas through the film, and the hiding power is determined by the thickness at which the contrast disappears, and it may also measure the contrast ratio, which is the ratio of the reflectance over the black and the white backgrounds; the cryptometer consists of a test chart, an applicator for the coating, an illumination system, and a viewing and a measuring system, and it provides the hiding power values, with features such as the controlled application and the measurement; the cryptometer is used for the measurement of the hiding power of the paints and the coatings, for the measurement of the opacity of the films, for the quality control, for the comparison of the formulations, for the assessment of the pigmentation, and for many other applications, and it is available in various configurations; the cryptometer is an essential instrument for the testing of the paints and the coatings. Cryptometers are used in the paint and the coating industry, in the ink industry, in the laboratories, in the research, and for many other applications. With their hiding power measurement, cryptometers are essential for the coating quality control.

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An inspection system is a system used for the automated or the manual inspection of the products, the components, and the materials, for the detection of the defects, the measurement of the dimensions, and the verification of the quality, and it is used in the manufacturing, the packaging, the electronics, the pharmaceutical, and the many other industries. The inspection systems include the vision inspection systems, which use the cameras and the image processing software to inspect the products, such as the detection of the defects, the verification of the presence and the position of the components, the reading of the codes, and the measurement of the dimensions; the measurement systems, such as the coordinate measuring machines (CMM) and the optical measuring systems; the sensors and the gauges for the inspection; and the X-ray and the other non-destructive testing systems, and the inspection system provides the automated and the objective inspection, with features such as the high speed, the repeatability, and the data management; the inspection system is used for the inspection of the manufactured parts, for the inspection of the packaging and the labels, for the inspection of the electronic components, for the inspection of the pharmaceutical products, for the quality control, for the process control, and for many other applications, and it is available in various configurations, from the manual inspection stations to the fully automated inspection lines; the inspection system is an essential equipment for the quality assurance. Inspection systems are used in the manufacturing, in the packaging, in the electronics industry, in the pharmaceutical industry, and for many other applications. With their inspection, inspection systems are essential for the quality assurance.

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A leveling tester is an instrument used to evaluate the leveling of the paints and the coatings, which is the ability of the wet film to flow and to smooth out the surface irregularities, and it is used in the paint, the coating, and the many other industries for the quality control and the product development. The leveling tester consists of a multi-notch applicator or a blade, which applies the coating in the strips with the decreasing thicknesses on the test panel, and the coated panel is placed in the horizontal position, and the leveling of the coating, which is the smoothing of the surface, is observed after the drying; the leveling is evaluated by the comparison of the appearance of the strips, and the leveling tester is used for the evaluation of the leveling of the paints and the coatings, for the assessment of the flow and the surface finish, for the quality control, for the product development, for the comparison of the formulations, and for many other applications, and it is available in various configurations, with the different ranges of the film thicknesses; the leveling tester is an essential instrument for the testing of the coatings. Leveling testers are used in the paint and the coating industry, in the laboratories, in the research, and for many other applications. With their leveling testing, leveling testers are essential for the coating quality control.

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A sagging tester is an instrument used to evaluate the sag resistance of the paints and the coatings, by the application of the coating at the different thicknesses and the observation of the sagging, and it is used in the paint, the coating, and the many other industries for the quality control and the product development. The sagging tester consists of a multi-notch applicator or a blade, which applies the coating in the strips with the increasing thicknesses on the test panel, and a holder, and the coated panel is placed in the vertical position, and the sagging of the coating, which is the downward flow of the wet film, is observed after a specified time; the sag resistance is determined by the maximum thickness at which the coating does not sag, and the sagging tester is used for the evaluation of the sag resistance of the paints and the coatings, for the assessment of the flow and the leveling, for the quality control, for the product development, for the comparison of the formulations, and for many other applications, and it is available in various configurations, with the different ranges of the film thicknesses; the sagging tester is an essential instrument for the testing of the coatings. Sagging testers are used in the paint and the coating industry, in the laboratories, in the research, and for many other applications. With their sag resistance testing, sagging testers are essential for the coating quality control.

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A linear drying time recorder is a drying time recorder with a linear motion, used to record the drying time of the paints, the coatings, and the inks, and it is used in the paint, the coating, the ink, and the many other industries for the quality control and the product development. The linear drying time recorder consists of a linear track, on which the coated panels are placed, a moving carriage with the needles or the styli, which travel in a linear motion over the coated film at a controlled speed, and a timer, and it records the stages of the drying by the observation of the marks and the tracks left by the needles in the film at the different times, and the drying times are determined from the linear distance traveled; the linear drying time recorder provides a linear and a uniform travel of the needles, and it is used for the determination of the drying time of the paints and the coatings, for the assessment of the drying behavior, for the quality control, for the product development, for the comparison of the formulations, and for many other applications, and it is available in various configurations, with the multiple tracks and the digital timing; the linear drying time recorder is an essential instrument for the drying time measurement. Linear drying time recorders are used in the paint and the coating industry, in the ink industry, in the laboratories, in the research, and for many other applications. With their linear recording, linear drying time recorders are essential for the drying time testing.

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A drying time recorder is an instrument used to record the drying time of the paints, the coatings, and the inks, by the observation of the changes in the film during the drying, and it is used in the paint, the coating, the ink, and the many other industries for the quality control and the product development. The drying time recorder consists of a test bed or a track, on which the coated panels are placed, a moving carriage with the needles or the styli, which travel over the coated film at a controlled speed, and a timer, and it records the stages of the drying, such as the set-to-touch, the surface-dry, the through-dry, and the hard-dry, by the observation of the marks and the tracks left by the needles in the film at the different times, and the drying times are determined from the distance traveled; the drying time recorder is used for the determination of the drying time of the paints and the coatings, for the assessment of the drying behavior, for the quality control, for the product development, for the comparison of the formulations, and for many other applications, and it is available as the manual and the automatic models, with features such as the multiple tracks and the digital timing; the drying time recorder is an essential instrument for the drying time measurement. Drying time recorders are used in the paint and the coating industry, in the ink industry, in the laboratories, in the research, and for many other applications. With their drying time recording, drying time recorders are essential for the coating testing.

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A spray rating tester is an instrument used to evaluate the water repellency of the fabrics and the other materials, by the spraying of the water on the surface and the comparison of the wetting pattern with the standard ratings, and it is used in the textile, the clothing, the automotive, and the many other industries. The spray rating tester consists of a specimen holder, a water supply and a spray nozzle, which sprays the water on the specimen at a specified rate and the height, following the standard test methods, such as the AATCC 22 and the ISO 4920, and the wetted pattern of the specimen is compared with the standard charts to determine the spray rating, which indicates the water repellency; the spray rating tester is used for the evaluation of the water repellency of the fabrics and the garments, for the testing of the water-repellent finishes, for the quality control, for the product development, and for many other applications, and it is available as the manual and the automatic models; the spray rating tester provides a rapid and a standardized evaluation of the water repellency, and it is an essential instrument for the textile testing. Spray rating testers are used in the textile industry, in the clothing industry, in the automotive industry, in the testing laboratories, and for many other applications. With their spray rating, spray rating testers are essential for the water repellency testing.

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A single shaft high speed disperser is an industrial mixing and dispersing machine with a single high-speed shaft, used for the high-speed dispersion, the mixing, and the homogenization of the materials, and it is used in the paint, the coating, the ink, the chemical, and the many other industries. The single shaft high speed disperser consists of a shaft with a dispersing disc or a blade at the lower end, a drive system with a high-speed motor, a lifting mechanism, and a container holder, and it operates by the high-speed rotation of the dispersing disc, which creates the high shear in the material, dispersing the pigments and the agglomerates, and mixing the material, with features such as the adjustable speed, the lifting of the shaft, and the timer; the single shaft high speed disperser is used for the dispersion of the pigments and the fillers, for the mixing of the paints and the coatings, for the preparation of the pastes and the slurries, for the homogenization, for the dissolution, and for many other applications, and it is available in various capacities, from the laboratory models to the large production models; the single shaft high speed disperser is an essential equipment for the dispersion and the mixing in the industry. Single shaft high speed dispersers are used in the paint and the coating industry, in the ink industry, in the chemical industry, in the adhesive industry, and for many other applications. With their high-speed dispersion, single shaft high speed dispersers are essential for the efficient mixing.

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An orbital decolorizing shaker is a laboratory shaker that provides the orbital shaking motion, used for the decolorizing and the destaining applications, such as the destaining of the electrophoresis gels, and it is used in the biology, the biochemistry, the molecular biology, and the many other laboratories. The orbital decolorizing shaker consists of a shaking platform with the holders, a motor with the eccentric mechanism, which provides the circular orbital motion, a speed control, and the housing, and it shakes the samples in the circular orbital motion, with the speed adjustable, providing the gentle agitation for the decolorizing and the destaining; the orbital decolorizing shaker is used for the destaining of the polyacrylamide gels, for the staining and the destaining of the gels, for the washing of the blots, for the mixing, for the hybridization, and for many other applications, and it is available in various sizes; the orbital decolorizing shaker is an essential instrument for the gel processing. Orbital decolorizing shakers are used in the biology laboratories, in the biochemistry laboratories, in the molecular biology, in the research, and for many other applications. With their orbital motion, orbital decolorizing shakers are essential for the gentle destaining.

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Peel strength testers are instruments used to measure the peel strength of the adhesive bonds, the seals, and the coatings, which is the force required to peel the bonded materials apart, and they are used in the packaging, the adhesive, the electronics, and the many other industries for the quality control and the testing. The peel strength tester measures the peel strength by the application of a controlled peel force to the specimen at a specified angle, such as the 90-degree and the 180-degree peel tests, and the measurement of the force required to peel the layers apart; the peel strength tester consists of a test frame, a specimen holder, a peel fixture, a load cell, and a control and a data acquisition system, and it provides the peel strength values, with features such as the various peel angles, the adjustable peel speed, and the data analysis; the peel strength tester is used for the testing of the peel strength of the adhesive tapes and the labels, for the testing of the seal strength of the packages, for the testing of the adhesion of the coatings and the films, for the testing of the laminates, for the quality control, for the product development, and for many other applications, and it is available as the manual and the motorized models, with the various force ranges; the peel strength tester is an essential instrument for the adhesion testing. Peel strength testers are used in the packaging industry, in the adhesive industry, in the electronics industry, in the automotive industry, and for many other applications. With their peel strength measurement, peel strength testers are essential for the adhesion quality control.

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An ultra-low temperature freezer, commonly referred to as an ult freezer, is a freezer designed for the storage of the samples at the ultra-low temperatures, typically at -86 degrees Celsius, and it is used in the laboratories, the biobanks, the hospitals, and the research institutions for the long-term storage of the biological samples. The ultra-low temperature freezer consists of an insulated cabinet with the multiple doors, a cascade refrigeration system with the two or more compressors, a temperature control system, a temperature monitoring and an alarm system, and the shelves, and it maintains the temperature at the ultra-low level, with a high stability and uniformity, with features such as the digital temperature control, the temperature alarms, the data logging, the lock, and the backup systems; the ultra-low temperature freezer is used for the storage of the cells, the tissues, the DNA and the RNA, the proteins, the sera, the vaccines, the enzymes, and the other biological samples, for the long-term preservation, for the storage of the samples for the research and the diagnostics, and for many other applications, and it is available in various sizes, from the under-counter and the bench-top models to the large upright and the chest models; the ultra-low temperature freezer is an essential equipment for the cryogenic storage of the samples. Ultra-low temperature freezers are used in the laboratories, in the biobanks, in the hospitals, in the pharmaceutical industry, and for many other applications. With their ultra-low temperatures, ultra-low temperature freezers are essential for the long-term sample storage.

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A dual shaft high speed disperser is an industrial mixing and dispersing machine with two shafts, used for the high-speed dispersion, the mixing, and the homogenization of the materials, and it is used in the paint, the coating, the ink, the chemical, and the many other industries. The dual shaft high speed disperser consists of two shafts, typically a high-speed dispersing shaft with the dispersing disc, and a slow-speed mixing shaft with the anchor or the paddle, and it operates by the high-speed rotation of the dispersing disc, which disperses and breaks up the agglomerates, and the slow-speed mixing of the anchor, which scrapes the vessel walls and provides the overall mixing, and it processes the materials with the high shear, with features such as the adjustable speeds of the two shafts, the lifting of the shaft assembly, and the vacuum operation in some models; the dual shaft high speed disperser is used for the dispersion of the pigments and the fillers, for the mixing of the paints and the coatings, for the preparation of the pastes and the slurries, for the homogenization, for the dissolution, and for many other applications, and it is available in various capacities, from the laboratory models to the large production models; the dual shaft high speed disperser is an essential equipment for the dispersion and the mixing in the industry. Dual shaft high speed dispersers are used in the paint and the coating industry, in the ink industry, in the chemical industry, in the adhesive industry, and for many other applications. With their dual shafts, dual shaft high speed dispersers are essential for the efficient dispersion.

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A heating lid thermo shaker is a laboratory instrument that combines the shaking with the heating and the heated lid, used for the incubation and the mixing of the samples at the controlled temperatures, and it is used in the molecular biology, the biochemistry, the clinical, and the research laboratories. The heating lid thermo shaker consists of a heating block or a platform that holds the tubes and the plates, a heating system, a shaking mechanism, a heated lid, which prevents the condensation on the lids of the tubes and the plates, and a control and a display unit, and it provides the controlled temperature and the shaking, with features such as the adjustable temperature, the shaking speed, and the timing, and the heated lid prevents the condensation and the evaporation; the heating lid thermo shaker is used for the incubation of the reactions at the controlled temperatures with the shaking, for the enzymatic reactions, for the digestion, for the denaturation, for the hybridization, for the incubation of the samples in the tubes and the plates, and for many other applications, and it is available in various configurations, with the different block formats for the tubes and the plates; the heating lid thermo shaker is an essential instrument for the temperature-controlled incubation with the shaking. Heating lid thermo shakers are used in the molecular biology and the biochemistry laboratories, in the clinical laboratories, in the pharmaceutical industry, in the research institutions, and for many other applications. With their heated lid, heating lid thermo shakers are essential for the condensation-free incubation.

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A linear decolorizing shaker is a laboratory shaker that provides a linear reciprocating motion, used for the shaking and the mixing of the samples, and it is used in the biology, the chemistry, the clinical, and the research laboratories for the mixing, the staining, and the destaining. The linear decolorizing shaker consists of a base with a motor and a platform, which moves back and forth in a linear reciprocating motion, and the platform holds the containers, such as the flasks, the dishes, and the trays, and it provides a continuous shaking with the adjustable speed and the amplitude, with features such as the timer and the digital speed control; the linear decolorizing shaker is used for the decolorization in the staining procedures, such as the destaining of the gels, for the mixing of the reagents and the samples, for the extraction, for the washing, for the incubation with the shaking, and for many other applications, and it is available in various sizes, with the different platform capacities; the linear decolorizing shaker provides a gentle and a uniform shaking, and it is an essential instrument for the shaking in the laboratory. Linear decolorizing shakers are used in the biology and the biochemistry laboratories, in the clinical laboratories, in the chemistry laboratories, in the research institutions, and for many other applications. With their linear shaking, linear decolorizing shakers are essential for the mixing and the decolorization.

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A pharmaceutical cooler is a refrigeration equipment used for the storage of the pharmaceuticals, the vaccines, the medicines, and the other temperature-sensitive products at the controlled low temperatures, and it is used in the pharmacies, the hospitals, the clinics, and the laboratories. The pharmaceutical cooler consists of an insulated cabinet, a refrigeration system, a temperature control system, a temperature monitoring and an alarm system, and the shelves, and it maintains the temperature in the required range, typically from 2 to 8 degrees Celsius for the refrigerated storage, with a high stability and uniformity, with features such as the digital temperature control, the temperature alarms, the data logging, and the lock; the pharmaceutical cooler is used for the storage of the vaccines and the biologicals, for the storage of the medicines and the injections, for the storage of the reagents and the samples, for the storage of the temperature-sensitive products, for the compliance with the cold chain requirements, and for many other applications, and it is available in various sizes, from the under-counter and the bench-top models to the large cabinet models, with features such as the glass doors and the forced air circulation; the pharmaceutical cooler is an essential equipment for the safe storage of the pharmaceuticals. Pharmaceutical coolers are used in the pharmacies, in the hospitals, in the clinics, in the laboratories, in the cold chain, and for many other applications. With their controlled temperature, pharmaceutical coolers are essential for the pharmaceutical storage.

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A microplate mixer is a laboratory instrument used for the mixing of the contents of the microplates, such as the 96-well and the 384-well plates, and it is used in the molecular biology, the biochemistry, the clinical, and the research laboratories for the mixing of the samples and the reagents in the microplates. The microplate mixer consists of a base with a motor and a platform that holds the microplates, and it provides an orbital, a linear, or a vibrating mixing motion, with the adjustable speed, and it mixes the contents of the wells by the agitation, with features such as the adjustable speed and the timer; the microplate mixer is used for the mixing of the samples and the reagents in the microplates, for the resuspension of the pellets, for the mixing before the measurement, for the incubation with the mixing, for the homogenization, for the mixing of the assay components, and for many other applications, and it is compact and designed for the benchtop use, and it is available in various configurations, with the different platform sizes and the mixing motions; the microplate mixer provides a rapid and a uniform mixing of the microplate contents, and it is an essential instrument in the microplate-based assays. Microplate mixers are used in the molecular biology and the biochemistry laboratories, in the clinical laboratories, in the pharmaceutical industry, in the research institutions, and for many other applications. With their microplate mixing, microplate mixers are essential for the plate-based assays.

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A floor model centrifuge is a large and a high-capacity centrifuge, designed to be placed on the floor, used for the centrifugation of the large volumes of the samples, and it is used in the laboratories, the blood banks, the biotechnology, and the many other applications. The floor model centrifuge consists of a large rotor or the rotors, a powerful motor, a refrigerated chamber in some models, a lid with the safety lock, a control and a display, and a robust frame, and it operates at the high speeds, with the large sample capacities, and it is used for the centrifugation of the blood bags, the large bottles and the flasks, the multiple tubes and the plates, and the large volumes of the samples; the floor model centrifuge is used for the separation of the blood components, for the large-scale cell harvesting, for the clarification of the large volumes, for the pelleting, for the separation of the phases, and for many other applications, and it provides features such as the programmable cycles, the refrigeration, the imbalance detection, and the safety interlocks; the floor model centrifuge is available in various capacities and configurations, from the general-purpose models to the refrigerated and the high-speed models, and it is an essential equipment for the large-volume centrifugation. Floor model centrifuges are used in the clinical laboratories, in the blood banks, in the biotechnology and the pharmaceutical industry, in the research institutions, and for many other applications. With their high capacity, floor model centrifuges are essential for the large-volume centrifugation.

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A table water curtain spray cabinet is a bench-top spray test cabinet with a water curtain, used for the testing of the products by the water spray, and it is used in the laboratories, the electronics, the automotive, and the many other industries for the testing of the water resistance and the ingress protection. The table water curtain spray cabinet consists of a bench-top enclosure, a water supply and a spray system with the nozzles, a water curtain, which is a continuous sheet of the water that flows over the test area, a water circulation and a drainage system, and a control system, and it sprays the test article with the water, with the water curtain providing the additional coverage, and it is used for the testing of the ingress protection of the products, for the testing of the water resistance of the enclosures and the seals, for the testing of the products under the spray, and for many other applications, following the standard test methods; the table water curtain spray cabinet provides a controlled and a reproducible test, with features such as the adjustable spray parameters, and it is compact and designed for the bench-top use; the table water curtain spray cabinet is an essential equipment for the water resistance testing in the laboratory. Table water curtain spray cabinets are used in the laboratories, in the electronics industry, in the automotive industry, in the product testing, and for many other applications. With their water curtain, table water curtain spray cabinets are essential for the water resistance testing.

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A spray cabinet is a controlled-environment test cabinet used to test the products by the spraying of the water or the other liquids, and it is used in the automotive, the electronics, the defense, and the many other industries for the testing of the water resistance and the ingress protection of the products. The spray cabinet consists of an enclosure, a water supply and a spray system with the nozzles, a water circulation and a drainage system, and a control system, and it sprays the test article with the water at a controlled intensity, the drop size, and the angle, simulating the rain, the spray, and the splash conditions, and it is used for the testing of the ingress protection of the products, such as the IPX3 and the IPX4 ratings, for the testing of the water resistance of the seals and the enclosures, for the testing of the performance of the products in the spray, and for many other applications, following the standard test methods, such as the IEC 60529; the spray cabinet provides a controlled and a reproducible test, with features such as the adjustable spray parameters and the observation window, and it is available in various sizes, from the small cabinets for the components to the large cabinets for the larger products; the spray cabinet is an essential equipment for the environmental testing. Spray cabinets are used in the automotive industry, in the electronics industry, in the defense industry, in the construction, and for many other applications. With their water spray, spray cabinets are essential for the water resistance testing.

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A deck rocking rotator mixer is a laboratory mixer that provides a rocking motion to the samples, used for the gentle mixing and the incubation of the samples, and it is used in the biology, the biochemistry, the clinical, and the research laboratories. The deck rocking rotator mixer consists of a base with a motor and a platform or a deck, which rocks back and forth in a seesaw or a rocking motion, and it may also provide a rotating motion, and the platform holds the tubes, the flasks, the plates, and the other containers, and it provides a gentle and a continuous mixing, with features such as the adjustable speed, the adjustable tilt angle, and the timer; the deck rocking rotator mixer is used for the mixing of the blood samples, for the mixing of the reagents, for the incubation with the mixing, for the hybridization, for the staining, for the washing of the blots, for the gentle mixing of the cell suspensions, and for many other applications, and it is available in various sizes, with the different platform capacities; the deck rocking rotator mixer provides a gentle mixing that is suitable for the sensitive samples, and it is an essential instrument for the mixing in the laboratory. Deck rocking rotator mixers 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 rocking motion, deck rocking rotator mixers are essential for the gentle mixing.

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Interface tension testers are instruments used to measure the interfacial tension between the two liquids or between the liquid and the solid, and they are used in the chemistry, the material science, the pharmaceutical, the petroleum, and the many other fields for the characterization of the interfaces. The interface tension testers measure the interfacial tension by the various methods, including the Du Nouy ring method, in which a ring is pulled from the interface and the force is measured; the Wilhelmy plate method, in which a plate is immersed and the force is measured; the pendant drop method, in which the shape of a hanging drop is analyzed; and the spinning drop method, and the instruments consist of the measurement system, the sample holders, and the analysis software, and they provide the interfacial tension values, with features such as the temperature control and the image analysis; the interface tension testers are used for the measurement of the interfacial tension in the emulsions, in the oil-water systems, in the surfactants and the detergents, in the coatings, for the characterization of the interfaces, for the research, for the quality control, and for many other applications, and they are available as the manual and the automatic instruments; the interface tension testers are essential instruments for the interface characterization. Interface tension testers are used in the chemical industry, in the petroleum industry, in the pharmaceutical industry, in the research institutions, and for many other applications. With their interfacial tension measurement, interface tension testers are essential for the interface analysis.

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A biological indicator incubator is an incubator used for the incubation of the biological indicators, which are the test systems containing the viable microorganisms, used for the validation and the monitoring of the sterilization processes, and it is used in the hospitals, the laboratories, the pharmaceutical, and the many other applications. The biological indicator incubator provides the controlled temperature, typically 55 to 60 degrees Celsius for the Geobacillus stearothermophilus indicators and 30 to 37 degrees Celsius for the Bacillus atrophaeus indicators, and it incubates the biological indicators for the specified time, and the growth of the surviving microorganisms is indicated by the color change of the growth medium; the biological indicator incubator consists of an insulated chamber, a heating and a temperature control system, a fan for the air circulation, and the display, and it provides a stable and a uniform temperature, with features such as the digital temperature control, the timer, and the multiple channels; the biological indicator incubator is used for the incubation of the biological indicators after the sterilization cycles, such as the autoclaving, the ethylene oxide sterilization, and the dry heat sterilization, for the validation and the routine monitoring of the sterilization, for the quality control, and for many other applications, and it is an essential equipment for the assurance of the sterilization. Biological indicator incubators are used in the hospitals, in the sterilization services, in the laboratories, in the pharmaceutical industry, and for many other applications. With their incubation of the biological indicators, biological indicator incubators are essential for the sterilization validation.

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A roughness tester is an instrument used to measure the surface roughness of the materials, which is the measure of the fine irregularities of the surface, and it is used in the manufacturing, the quality control, the machining, and the many other industries for the assessment of the surface finish. The roughness tester measures the surface roughness by the use of a stylus that moves across the surface, and the vertical movements of the stylus are measured, and the roughness parameters, such as the Ra (the arithmetic average roughness), the Rz (the maximum height), and the other parameters, are calculated; the roughness tester consists of a measuring unit with the stylus and the drive, an electronic unit, and a display, and it provides the roughness parameters, with features such as the various cut-off lengths, the data logging, and the statistical analysis; the roughness tester is used for the measurement of the surface roughness of the machined parts, for the measurement of the surface finish of the manufactured products, for the quality control, for the process control, for the assessment of the wear and the friction, for the research, and for many other applications, and it is available as the portable and the bench-top models, with the various measurement ranges and the resolutions; the roughness tester is an essential instrument for the surface finish measurement. Roughness testers are used in the manufacturing, in the machining, in the automotive industry, in the laboratories, and for many other applications. With their surface roughness measurement, roughness testers are essential for the quality control.

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A microbiological analyzer is an instrument used for the analysis of the microorganisms, such as the detection, the enumeration, and the identification, in the samples, and it is used in the clinical, the food, the pharmaceutical, the environmental, and the many other laboratories. The microbiological analyzers include the instruments for the rapid detection and the enumeration of the microorganisms, such as the ATP bioluminescence systems, which measure the adenosine triphosphate (ATP) of the microorganisms and indicate the microbial load; the impedance and the conductance systems, which detect the microbial growth by the change in the electrical properties; the flow cytometers, which count and characterize the microorganisms; the microbial identification systems, which identify the species; and the automated culture systems, and the analyzer provides the results, such as the total viable count, the presence or the absence of the pathogens, and the identification, with features such as the automated operation and the data management; the microbiological analyzer is used for the detection of the pathogens in the food and the water, for the enumeration of the microorganisms in the pharmaceutical and the cosmetic products, for the clinical microbiology, for the environmental monitoring, for the quality control, and for many other applications, and it is an essential instrument in the microbiology laboratory. Microbiological analyzers are used in the clinical laboratories, in the food and the beverage industry, in the pharmaceutical industry, in the environmental monitoring, and for many other applications. With their microbial analysis, microbiological analyzers are essential for the microbiological testing.

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A multifunctional digital moisture meter is an instrument used to measure the moisture content of the various materials, such as the grains, the wood, the paper, the building materials, and the soil, and it is used in the agriculture, the construction, the food, and the many other industries for the quality control and the process control. The multifunctional digital moisture meter measures the moisture content by the various methods, including the electrical resistance method, in which the electrical resistance of the material changes with the moisture; the capacitance method, in which the dielectric constant changes with the moisture; and the other methods, and it provides the moisture content, expressed in percent, with the different measurement modes for the different materials, and it displays the values, with features such as the digital display, the data logging, and the various probes; the multifunctional digital moisture meter is used for the measurement of the moisture of the grains and the seeds, for the measurement of the moisture of the wood and the building materials, for the measurement of the moisture of the soil, for the measurement of the moisture of the paper and the textiles, for the quality control, for the process control, and for many other applications, and it is available as the handheld and the benchtop models; the multifunctional digital moisture meter is an essential instrument for the moisture measurement. Multifunctional digital moisture meters are used in the agriculture, in the construction, in the food industry, in the wood industry, and for many other applications. With their multifunctional measurement, multifunctional digital moisture meters are essential for the moisture control.

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A conductivity analyzer is an instrument used to measure the electrical conductivity of the liquids, and it is used in the water treatment, the environmental monitoring, the process industry, and the many other applications for the monitoring and the control of the conductivity. The conductivity analyzer consists of a conductivity cell with the electrodes, a signal processing circuit, and a display, and it measures the conductivity by the measurement of the current flow between the electrodes in the solution, with the automatic temperature compensation, and it displays the conductivity value, expressed in microsiemens or millisiemens per centimeter, and it may provide the related parameters, such as the total dissolved solids (TDS) and the salinity; the conductivity analyzer is used for the monitoring of the conductivity of the water in the water treatment, for the monitoring of the concentration of the chemicals in the process industry, for the monitoring of the quality of the water, for the monitoring of the reverse osmosis and the demineralization systems, for the quality control, and for many other applications, and it is available as the benchtop, the portable, and the online analyzers, with features such as the calibration, the data logging, and the process control outputs; the conductivity analyzer is an essential instrument for the conductivity monitoring and the control. Conductivity analyzers are used in the water treatment plants, in the power plants, in the chemical industry, in the environmental monitoring, and for many other applications. With their conductivity measurement, conductivity analyzers are essential for the process monitoring.

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A heavy metal analyzer is an instrument used to measure the concentrations of the heavy metals, such as the lead, the cadmium, the mercury, the arsenic, and the chromium, in the water, the soil, the food, and the other samples, and it is used in the environmental monitoring, the food safety, the industrial, and the many other applications. The heavy metal analyzer measures the heavy metals by the various methods, including the atomic absorption spectrometry (AAS), in which the absorption of the light by the atoms of the metal in the flame or the graphite furnace is measured; the inductively coupled plasma optical emission spectrometry (ICP-OES) and the mass spectrometry (ICP-MS); the anodic stripping voltammetry (ASV); and the X-ray fluorescence (XRF), and the analyzer measures the concentrations of the metals with the high sensitivity and the accuracy; the heavy metal analyzer consists of the measurement system, the sample introduction system, and the control and the data analysis system, and it provides features such as the automated analysis and the data management, and it is used for the monitoring of the heavy metals in the drinking water and the wastewater, for the analysis of the soil, for the analysis of the food and the agricultural products, for the monitoring of the industrial emissions, for the compliance with the regulations, and for many other applications; the heavy metal analyzer is available as the portable, the benchtop, and the laboratory instruments. Heavy metal analyzers are used in the environmental monitoring, in the food safety, in the industrial facilities, in the laboratories, and for many other applications. With their heavy metal measurement, heavy metal analyzers are essential for the safety and the compliance.

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A Brinell and Rockwell hardness tester is an instrument used to measure the hardness of the materials by the Brinell and the Rockwell methods, and it is used in the manufacturing, the metallurgy, the quality control, and the many other industries for the hardness testing of the metals and the other materials. The Brinell method measures the hardness by the indentation of a hardened steel or a carbide ball into the surface of the material under a specified load, and the measurement of the diameter of the indentation, and the Brinell hardness number (HB) is calculated; the Rockwell method measures the hardness by the measurement of the depth of the indentation, made by an indenter, such as a diamond cone or a steel ball, under the preliminary and the total loads, and the Rockwell hardness number is read directly on the scale; the Brinell and Rockwell hardness tester consists of a test frame, an indenter, a load application system, and the measurement system, and it may perform the Brinell and the Rockwell tests, with features such as the various scales, the digital display, and the data management; the hardness tester is used for the hardness testing of the metals, such as the steel, the cast iron, the aluminum, and the copper alloys, for the quality control, for the material verification, for the research, and for many other applications, and it is available as the bench-top and the portable models; the hardness tester is an essential instrument for the hardness testing. Brinell and Rockwell hardness testers are used in the manufacturing, in the metallurgy, in the quality control, in the laboratories, and for many other applications. With their hardness testing, Brinell and Rockwell hardness testers are essential for the material testing.

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A stainless steel vacuum filter is a filtration device with a stainless steel housing, used for the vacuum filtration of the liquids, and it is used in the laboratories, the pharmaceutical, the chemical, and the many other applications for the filtration, the clarification, and the sterilization of the liquids. The stainless steel vacuum filter consists of a stainless steel funnel or a housing, a filter holder or a membrane support, a vacuum connection, and the receiving vessel, and it is used with the filter membranes or the filter papers, and it operates by the application of the vacuum, which draws the liquid through the filter, and the particles are retained on the filter, and the filtrate is collected in the receiving vessel; the stainless steel vacuum filter provides a durable and a corrosion-resistant filtration, and it is suitable for the filtration of the aggressive and the hot liquids, and it is available in various sizes, with the various filter diameters and the capacities, and it may be used with the membranes for the sterile filtration; the stainless steel vacuum filter is used for the filtration of the solutions, for the clarification, for the sterile filtration, for the collection of the particles, for the vacuum filtration in the analytical and the preparative applications, and for many other applications, and it is an essential equipment in the laboratory. Stainless steel vacuum filters are used in the laboratories, in the pharmaceutical industry, in the chemical industry, in the food and the beverage industry, and for many other applications. With their stainless steel construction, stainless steel vacuum filters are essential for the vacuum filtration.

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An ultrasonic hardness tester is a portable hardness tester that uses the ultrasonic contact impedance (UCI) method to measure the hardness of the metallic materials, and it is used in the manufacturing, the quality control, the inspection, and the field applications for the hardness testing of the metals. The ultrasonic hardness tester measures the hardness by the measurement of the change in the resonant frequency of a vibrating rod with a diamond indenter, when the indenter is pressed into the material with a defined load; the contact area between the indenter and the material affects the resonant frequency, which is related to the hardness, and the tester calculates the hardness value, expressed in the Vickers, the Rockwell, or the other hardness scales; the ultrasonic hardness tester consists of the measuring probe with the vibrating rod and the indenter, the electronic unit, and the display, and it provides a rapid and a portable measurement, with features such as the various hardness scales, the data logging, and the small access for the measurement in the confined areas; the ultrasonic hardness tester is used for the hardness testing of the metals, for the testing of the gears, the shafts, the molds, the coatings, and the other components, for the quality control, for the field inspection, and for many other applications, and it is an essential instrument for the hardness testing. Ultrasonic hardness testers are used in the manufacturing, in the quality control, in the maintenance and the inspection, in the laboratories, and for many other applications. With their ultrasonic method, ultrasonic hardness testers are essential for the portable hardness testing.

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A rotothinner viscometer is a rotational viscometer used to measure the viscosity of the paints, the inks, and the other fluids, and it is used in the paint, the coating, the ink, and the many other industries for the quality control and the process control. The rotothinner viscometer measures the viscosity by the measurement of the torque required to rotate a spindle or a rotor in the sample at a specified speed, and the viscosity is expressed in the units, such as the poise and the centipoise; the rotothinner viscometer consists of a rotating spindle or a rotor, a drive system, a torque measurement system, and a display, and it provides a rapid and a simple measurement, with features such as the digital display, the temperature measurement, and the various spindles; the rotothinner viscometer is used for the measurement of the viscosity of the paints and the coatings, for the measurement of the viscosity of the inks and the pastes, for the quality control in the production, for the adjustment of the viscosity with the thinners, for the research and the development, and for many other applications, and it is available as the manual and the digital models; the rotothinner viscometer is an essential instrument for the viscosity measurement in the paint and the coating industry. Rotothinner viscometers are used in the paint and the coating industry, in the ink industry, in the adhesive industry, in the laboratories, and for many other applications. With their viscosity measurement, rotothinner viscometers are essential for the quality control.

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An endoscope washer disinfector is a medical device used for the automated cleaning, the disinfection, and, in some models, the drying of the endoscopes, and it is used in the hospitals and the clinics for the reprocessing of the flexible and the rigid endoscopes. The endoscope washer disinfector consists of a chamber or a basin, the water supply and the circulation system, the detergent and the disinfectant delivery system, the nozzles and the connectors for the channels of the endoscope, the heating system, and the control system, and it performs the automated cycles of the pre-cleaning, the washing with the detergent, the rinsing, the disinfection with the chemical disinfectant or the thermal disinfection, the final rinsing, and the drying, with the monitoring of the parameters and the logging of the cycles; the endoscope washer disinfector is used for the reprocessing of the gastrointestinal, the bronchoscopic, and the other endoscopes, for the assurance of the disinfection and the safety, for the compliance with the reprocessing guidelines, and for many other applications, with features such as the programmable cycles, the leak testing, and the data management; the endoscope washer disinfector is an essential equipment in the endoscopy units, and it reduces the risk of the infections. Endoscope washer disinfectors are used in the hospitals, in the clinics, in the endoscopy units, and for many other applications. With their automated reprocessing, endoscope washer disinfectors are essential for the endoscope safety.

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A hand held capping machine is a portable capping device used to apply the caps or the closures to the bottles and the containers by hand, and it is used in the pharmaceutical, the food, the beverage, the cosmetic, and the many other applications for the closing of the containers in the small and the variable quantities. The hand held capping machine consists of a capping head or a chuck, a motor, a handle, and the speed and the torque control, and it applies the screw caps by the rotation with the controlled torque, and it may accept the various types and the sizes of the caps, with the changeable chucks; the hand held capping machine is used for the capping of the bottles and the containers in the laboratories, in the small production, in the field, in the sampling, and in the many other applications, and it provides a convenient and a consistent capping, with features such as the adjustable torque, the variable speed, and the rechargeable battery; the hand held capping machine is portable and easy to use, and it is an essential device for the capping in the applications where the automatic capping machines are not suitable. Hand held capping machines are used in the laboratories, in the food and the beverage industry, in the pharmaceutical industry, in the field, and for many other applications. With their portability, hand held capping machines are essential for the convenient capping.

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An aquaculture water quality analyzer is an instrument used to measure the water quality parameters that are important for the aquaculture, such as the dissolved oxygen, the pH, the temperature, the ammonia nitrogen, the nitrite, the salinity, and the turbidity, and it is used in the aquaculture, the fishery, and the water quality management for the monitoring and the management of the aquaculture water. The aquaculture water quality analyzer consists of the multiple sensors or the test systems, a signal processing circuit, a display, and the battery, and it measures the parameters, with the automatic temperature compensation, and it displays the values, with features such as the multi-parameter measurement, the data logging, and the calibration; the aquaculture water quality analyzer is used for the monitoring of the dissolved oxygen in the ponds and the tanks, for the monitoring of the pH and the temperature, for the monitoring of the ammonia and the nitrite, for the assessment of the water quality for the aquatic life, for the management of the aeration and the feeding, for the prevention of the disease, and for many other applications, and it is available as the handheld, the portable, and the online analyzers; the aquaculture water quality analyzer is an essential instrument for the aquaculture management. Aquaculture water quality analyzers are used in the fish farms, in the shrimp farms, in the hatcheries, in the ornamental fish, and for many other applications. With their water quality monitoring, aquaculture water quality analyzers are essential for the aquaculture management.

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A pulse vacuum autoclave is a sterilization equipment used for the sterilization of the instruments, the media, and the other items by the steam under the pressure, with the pulse vacuum cycles that remove the air from the chamber, and it is used in the hospitals, the laboratories, the pharmaceutical, and the many other applications. The pulse vacuum autoclave consists of a pressure chamber, a steam generation system, a vacuum system, a control system, and the safety devices, and it operates by the removal of the air from the chamber by the vacuum pulses, the injection of the steam, and the sterilization at the high temperature and the pressure, such as 121 degrees Celsius or 134 degrees Celsius, for the specified time, and the removal of the steam and the drying by the vacuum; the pulse vacuum autoclave provides an effective sterilization with the removal of the air, which improves the steam penetration, and it is used for the sterilization of the wrapped and the porous items, of the surgical instruments, of the laboratory media, of the liquids, and of the many other items, for the assurance of the sterility, and for many other applications, with features such as the programmable cycles, the data logging, and the safety interlocks; the pulse vacuum autoclave is an essential equipment for the sterilization in the medical and the laboratory applications. Pulse vacuum autoclaves are used in the hospitals, in the laboratories, in the pharmaceutical industry, in the research institutions, and for many other applications. With their pulse vacuum sterilization, pulse vacuum autoclaves are essential for the effective sterilization.

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A portable dissolved oxygen analyzer is a portable instrument used to measure the dissolved oxygen concentration in the water and the other liquids, and it is used in the environmental monitoring, the aquaculture, the wastewater treatment, and the many other applications for the field and the on-site measurement. The portable dissolved oxygen analyzer consists of a dissolved oxygen sensor, which may be an electrochemical or an optical (luminescent) sensor, a signal processing circuit, a display, and the battery, and it measures the dissolved oxygen concentration, expressed in milligrams per liter or in the percent saturation, with the automatic temperature compensation and the salinity and the pressure corrections, and it displays the value, with features such as the calibration, the data logging, and the waterproof construction; the portable dissolved oxygen analyzer is designed for the field and the portable use, with a compact and a rugged construction, and it is used for the measurement of the dissolved oxygen in the aquaculture ponds, in the rivers and the lakes, in the wastewater, in the groundwater, in the industrial processes, for the monitoring of the water quality, for the assessment of the oxygen for the aquatic life, and for many other applications; the portable dissolved oxygen analyzer provides a rapid and a reliable measurement of the dissolved oxygen in the field. Portable dissolved oxygen analyzers are used by the aquaculturists, by the environmental monitors, by the wastewater operators, by the researchers, and for many other applications. With their portability, portable dissolved oxygen analyzers are essential for the on-site dissolved oxygen measurement.

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A portable pH analyzer is a portable instrument used to measure the pH of the liquids, and it is used in the environmental monitoring, the water treatment, the agriculture, the aquaculture, the food, and the many other applications for the field and the on-site measurement. The portable pH analyzer consists of a pH electrode, a signal processing circuit, a display, and the battery, and it measures the pH by the measurement of the electrode potential, with the automatic temperature compensation, and it displays the pH value, with features such as the automatic calibration, the data logging, and the waterproof construction; the portable pH analyzer is designed for the field and the portable use, with a compact and a rugged construction, and it is used for the measurement of the pH of the water, the solutions, the soil suspensions, the wastewater, the food and the beverages, and the many other samples, for the monitoring of the water quality, for the monitoring of the acidity and the alkalinity, for the quality control, and for many other applications; the portable pH analyzer provides a rapid and a reliable measurement of the pH in the field, and it is an essential instrument for the pH measurement. Portable pH analyzers are used by the environmental monitors, by the water treatment operators, by the farmers, by the aquaculturists, by the food industry, and for many other applications. With their portability, portable pH analyzers are essential for the on-site pH measurement.

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A microplate mini centrifuge is a compact centrifuge designed for the centrifugation of the microplates, such as the 96-well and the 384-well plates, and it is used in the molecular biology, the biochemistry, the clinical, and the research laboratories for the quick spinning of the microplates. The microplate mini centrifuge consists of a rotor or a platform that holds the microplates, a motor, a lid, and a control, and it operates at a moderate speed, typically up to a few thousand revolutions per minute, and it is used for the centrifugation of the microplates to collect the liquid from the walls and the lids of the wells, to remove the bubbles, and to settle the contents of the wells; the microplate mini centrifuge is used for the spinning down of the samples in the microplates, for the removal of the bubbles before the measurement, for the collection of the condensate, for the preparation of the plates for the assays, for the quick centrifugation before the analysis, and for many other applications, and it is compact and designed for the benchtop use, with features such as the fixed or the adjustable speed and the timer; the microplate mini centrifuge is an essential instrument in the molecular biology and the high-throughput laboratories. Microplate mini centrifuges are used in the molecular biology laboratories, in the biochemistry, in the clinical laboratories, in the pharmaceutical industry, and for many other applications. With their microplate centrifugation, microplate mini centrifuges are essential for the plate processing.

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