Introduction
Medical equipment refers to the instruments, the devices, and the apparatus used for the medical diagnosis, the treatment, the monitoring, and the care of the patients, and it is used in the hospitals, the clinics, the medical laboratories, and the many other applications. The medical equipment includes the various types, such as the diagnostic imaging equipment, the patient monitors, the surgical instruments, the laboratory analyzers, the infusion pumps, and the life support equipment, and it performs the medical functions, with the safety and the reliability; the medical equipment is used for the diagnosis, for the treatment, for the monitoring, for the patient care, for the surgery, for the laboratory testing, and for many other applications, and it is available in the various types and the configurations; the medical equipment is essential for the modern healthcare. Medical equipment is used in the hospitals, in the clinics, in the medical laboratories, in the emergency services, and for many other applications. With their medical functions, medical equipment is essential for the patient care.
Medicine Low Temp Storage Chamber LLSC-T2011
Medicine offers a 250L storage capacity and maintains temperatures between -15°C to -25°C, making it perfect for storing sensitive medical and biological items. The inner wall is made ...
Manual Sterilizer LMSZ-T2010
Manual Sterilizer offers a 150L capacity, designed for efficient and reliable steam sterilization. Operating within a temperature range of 105°C to 136°C, it delivers precision and con...
Medicine Low Temp Storage Chamber LLSC-T2010
Medicine has a storage capacity of 150L and can maintain temperatures ranging from -10°C to -30°C, making it ideal for preserving sensitive medical and biological items. It uses a full...
Dental Xray Sensor LDXSS-T2013
Dental Xray Sensor provides 27 lp/mm resolution, ensuring sharp and precise diagnostic imaging. Its 2.0 Plug and Play interface ensures smooth PC integration for an efficient workflow. T...
Dental Xray Sensor LDXSS-T2012
Dental Xray Sensor offers high-resolution imaging at 27 lp/mm, delivering sharp and precise diagnostic images. Its 12-bit image format enhances grayscale depth, ensuring excellent contra...
Dental Xray Sensor LDXSS-T2011
Dental Xray Sensor delivers high-resolution imaging with a 20 μm pixel pitch, ensuring precise detail. Its directly deposited CsI:Tl scintillator enhances clarity and minimizes noise, a...
Dental Xray Sensor LDXSS-T2010
Dental Xray Sensor delivers exceptional image quality with its 16-bit gray scale depth, supporting 65,535 levels for superior contrast and detail. Its Smart exposure mode ensures automat...
Operating Table LOPT-T2012
Operating Table features a 360° flexibility for rotating, detaching, or adjusting the leg section for optimal patient positioning. The table provides a head and leg section tilt of up t...
Operating Table LOPT-T2010
Operating Table provides back section positioning that can raise to ≥45° and lower to ≥20° for optimal patient access. It also provides a kidney bridge elevation of ≥100mm, enhancin...
Operating Table LOPT-T2011
Operating Table features an advanced positioning that includes Trendelenburg (≥20°) and reverse Trendelenburg (≥30°) for ultimate flexibility. It provides an adjustable height of 800...
Endoscope Washer Disinfector LEWD-T2010
Endoscope Washer Disinfector is a fully automated disinfector with a highly cleaning efficiency of 10 minutes. It offers high cleaning efficiency with automatic washing, cleaning, disinf...
Platelet Incubator LPTI-T2013
Platelet Incubator provides a controlled environment with a temperature range of 20℃ to 24℃, ideal for the safe and effective storage of platelets. The microprocessor-based controller ...
Automatic Biochemistry Analyzer LBCA-T2011
Automatic Biochemistry Analyzer handles sample sizes ranging from 2 to 50μL with precise 0.1μL incremental adjustments. Designed with user-friendly interface for seamless programming a...
Plasma Thawing System LPTSM-T2010
Plasma Thawing System is designed to accommodate 200ml/250ml plasma in up to 12 bags or 600ml in 6 bags, ensuring efficient and scalable thawing. Its dual temperature display allows for ...
Platelet Storage Shaker Incubator LPSI-T2010
Platelet Storage Shaker Incubator supports a temperature control range of 15 to 35°C for optimal platelet storage. The horizontal oscillation operates within a speed range of 0 to 200 r...
Portable Electrolyte Analyzer LPEA-T2011
Portable Electrolyte Analyzer requires only a minimal sample volume of 90µL and delivers results in just 25 seconds. It supports plasma, serum, whole blood, urine, and samples, testing ...
Portable Electrolyte Analyzer LPEA-T2012
Portable Electrolyte Analyzer has the capacity to store up to 5,000 sample records, with options for further data expansion. It functions optimally at temperatures between 5°C and 40°C...
Portable Electrolyte Analyzer LPEA-T2010
Portable Electrolyte Analyzer operates efficiently within an ambient temperature range of 5°C to 40°C and relative humidity up to 80%. It supports up to 5,000 sample data storage, with...
Semi-T20utomated Electrolyte Analyzer LSAE-T2018
Semi-Automated Electrolyte Analyzer allows for rapid testing, completing measurements in just 25 seconds. It requires a sample volume of 65 to 150µL for various sample types such as pla...
Automatic Electrolyte Analyzer LAEA-T2017
Automatic Electrolyte Analyzer features fast measuring cycle of under 25 seconds and a sample volume requirement of just 80µL. It can store over 10,000 results and has standard network ...
Semi-T20utomated Electrolyte Analyzer LSAE-T2017
Semi-Automated Electrolyte Analyzer requires a sample volume of 65 to 150 µL, with a resolution of 0.01 to 0.1 mmol/L depending on the parameter. It operates optimally between a tempera...
Semi-T20utomated Electrolyte Analyzer LSAE-T2015
Semi-Automated Electrolyte Analyzer features a sample loader with 25 to 40 positions, operates efficiently in ambient temperatures from 5°C to 40°C. It includes bar code scanning for e...
Semi-T20utomated Electrolyte Analyzer LSAE-T2016
Semi-Automated Electrolyte Analyzer test a variety of sample types like, plasma, serum, whole blood, urine, and across K⁺, Na⁺, Cl⁻, Ca²⁺, and pH parameters. Each test requires a sa...
Semi-T20utomated Electrolyte Analyzer LSAE-T2014
Semi-Automated Electrolyte Analyzer has a sample volume requirement of 65 to 150µL and a testing capacity of up to 60 samples per hour. The consumable management system supports over 20...
Semi-T20utomated Electrolyte Analyzer LSAE-T2013
Semi-Automated Electrolyte Analyzer can process up to 60 samples per hour, supporting both primary tubes and cuvettes. With rapid testing capability, completing tests in just 25 seconds,...
Semi-T20utomated Electrolyte Analyzer LSAE-T2012
Semi-Automated Electrolyte Analyzer offers precision in measuring K⁺, Na⁺, Cl⁻, and TCO₂ across a wide range in plasma, serum, whole blood, urine, and samples. It supports sample vol...
Semi-T20utomated Electrolyte Analyzer LSAE-T2011
Semi-Automated Electrolyte Analyzer supports sample volumes from 65 to 150 µL and processes up to 60 samples per hour. It provides precise measurement of K⁺, Na⁺, Cl⁻, and TCO₂ acro...
Automatic Electrolyte Analyzer LAEA-T2016
Automatic Electrolyte Analyzer measure parameters like K⁺, Na⁺, Cl⁻, Ca²⁺, fault alarms and troubleshooting support, making it easy to use. With a wide measuring range and impressiv...
Automatic Electrolyte Analyzer LAEA-T2012
Automatic Electrolyte Analyzer features fast measurement cycle of less than 25 seconds requiring only 80μl of sample volume. It offers a user-friendly interface with online fault alarms...
Automatic Electrolyte Analyzer LAEA-T2015
Automatic Electrolyte Analyzer can test plasma, serum, whole blood, urine, and samples, measuring parameters such as K⁺, Na⁺, Cl⁻, Ca²⁺ and, pH. It operates within a temperature ran...
Automatic Electrolyte Analyzer LAEA-T2013
Automatic Electrolyte Analyzer include the ability to test electrolytes like K⁺, Na⁺, and Cl⁻ in plasma, serum, whole blood, urine, and cerebrospinal fluid (). Its one-button maintena...
Automatic Electrolyte Analyzer LAEA-T2014
Automatic Electrolyte Analyzer is a 5-parameter analyzer requiring just 80μL of sample and deliver results in under 25 seconds. It offers a large storage capacity for over 10,000 result...
Automatic Electrolyte Analyzer LAEA-T2021
Automatic Electrolyte Analyzer processes a sample volume of 65μL and delivers results in approximately 30 seconds. It can store over 1,000 test results, allowing for a streamlined diagn...
Automatic Electrolyte Analyzer LAEA-T2020
Automatic Electrolyte Analyzer is a 3-parameter analyzer, testing potassium (K⁺), sodium (Na⁺), and chloride (Cl⁻), with high precision across a broad range. It requires a minimal sam...
Dry Biochemistry Analyzer LDBA-T2010
Dry Biochemistry Analyzer requires 90-120 μL of sample volume and delivers results in 12 minutes. It includes intelligent quality control to ensure test accuracy and reliability. Our an...
Platelet Incubator Agitator LPIA-T2011
Platelet Incubator Agitator operates at a temperature of 22℃ and features a 10 layer storage system, accommodating 30 to 60 bags of samples. It offers an oscillation frequency of 60 cyc...
Platelet Incubator Agitator LPIA-T2010
Platelet Incubator Agitator is a microprocessor-controlled unit that operates at temperature ranges between 20℃ to 24℃. It employs the forced air cooling method which offers uniform te...
Automatic Electrolyte Analyzer LAEA-T2011
Automatic Electrolyte Analyzer rapidly measures 5 electrolyte concentrations with only 100 µL of whole blood. Designed with latest dry electrochemical technology with exclusive molecula...
Hematology Analyzer LHTA-T2011
Hematology Analyzer is a semi-automatic unit with a throughput of 60 test samples/hour. It is capable of testing venous whole blood, capillary whole blood, and prediluted blood. A 10-inc...
ESR Analyzer LESR-T2011
Analyzer utilizes an advanced infrared color difference interpretation technology for analysis. It can hold and measure 20 samples simultaneously. This automatic analyzer has rapid dete...
Fetal Monitor LFTM-T2010
Fetal Monitor can measure Fetal heart rate in a range of 50 to 240 bpm. Includes a special high-sensitive transducer with a frequency of 1.0MHz. A 12.1-inch color screen is fitted that d...
Semi-T20utomatic Bio-T20hemistry Analyzer LSBA-T2030
Semi-automatic Bio-chemistry Analyzer offers seven different wavelengths with an absorbance range of 0 to 4.500 Abs. Features a 7-inch Color with 80 test items for immediate use. This me...
Automatic Electrolyte Analyzer LAEA-T2010
Automatic Electrolyte Analyzer offers an efficient and accurate analysis of electrolyte concentrations in biological samples during the diagnosis and management of electrolyte disorders....
Platelet Incubator LPTI-T2011
Platelet Incubator maintains a stable temperature range of 20 to 24 °C, ensuring optimal storage conditions for platelet preservation. Prevents ice build-up, ensuring consistent tempera...
Platelet Incubator LPTI-T2012
Platelet Incubator maintains a stable temperature range of 20 to 24°C, ensuring optimal storage conditions for platelet preservation. It features a continuous agitation system to keep p...
Platelet Incubator LPTI-T2010
Platelet Incubator is crafted to maintain a stable temperature range of 20 to 24℃, ensuring optimal storage conditions for platelets. Features a built-in agitator that provides gentle, ...
Automatic Biochemistry Analyzer LBCA-T2010
Automatic Biochemistry Analyzer supports sample volume from 1 to 100µl. Process up to 400 tests per hour. Referring spectrum of wavelengths 340 to 810 nm for better analysis. Fully inte...
Chemiluminescent Immunoassay Analyzer LCIA-T2010
Chemiluminescent Immunoassay Analyzer uses magnetic particle separation technology. The maximum speed analyzer can offer is 180 T/hr. Its excellent performance is contributed by tubular ...
ESR Analyzer LESR-T2010
Analyzer offers a rapid detection rate of 80 samples per hour with a measurement range of 0 to 150mm. It utilizes an infrared detection method for measurement. Samples can be loaded at a...
Semi-T20utomated Electrolyte Analyzer LSAE-T2010
Semi-Automated Electrolyte Analyzer accurately measures K⁺, Na⁺, Cl⁻, Ca²⁺, error alerts and troubleshooting assistance, delivering a wide measurement range with high precision. Our...
Standards
IEC 60601-1:2005+A2:2020-Medical electrical equipment-General requirements for basic safety and essential performance
ISO 14971:2019-Medical devices-Application of risk management to medical devices
Complies with the above standards, but is not limited to them.
Features
1. Medical equipment and instruments for clinical diagnosis, treatment and patient care.
2. Wide range of medical devices for hospitals, clinics, laboratories and healthcare facilities.
3. Suitable for diagnostic, therapeutic, monitoring, surgical and rehabilitation applications.
4. Includes various medical devices meeting healthcare quality and safety standards.
5. Supports patient care, clinical diagnosis, treatment and medical research.
FAQ
Q1: What testing scenarios is this equipment mainly applied to?
A: Medical equipment encompasses a broad range of devices used in hospitals, clinics, diagnostic centers, laboratories, rehabilitation facilities and healthcare institutions for patient diagnosis, treatment, monitoring, surgery and rehabilitation. It supports diagnostic imaging and laboratory testing, patient vital signs monitoring, therapeutic treatment delivery, surgical and procedural instruments, rehabilitation and physical therapy equipment, patient care and life support systems, and medical research applications. These devices are essential for healthcare delivery, disease diagnosis, patient treatment, health monitoring and medical research across clinical specialties. They are essential for hospitals, clinics, diagnostic centers, rehabilitation facilities and healthcare providers requiring reliable medical equipment for patient diagnosis, treatment, monitoring, surgery, rehabilitation and care, where appropriate medical devices are fundamental to healthcare delivery, disease diagnosis, patient treatment, health monitoring, clinical research and quality of care, and where equipment safety, accuracy, reliability and regulatory compliance are critical for patient safety, clinical outcomes and healthcare quality in medical and healthcare environments.
Q2: What standards does this equipment comply with?
A: Medical equipment complies with applicable medical device regulations including FDA, CE (MDR), NMPA and other regional regulatory requirements, IEC 60601 for medical electrical equipment safety, ISO 13485 for quality management systems, ISO 14971 for risk management, and relevant clinical standards. Specific devices follow their own applicable standards and guidelines. Users should verify device certifications, indications for use and regulatory status for their specific application and region.
Q3: What is the warranty period for this equipment?
A: Warranty varies by equipment type and manufacturer. Most medical devices carry a 12-month warranty covering the main unit, sensors and control system, while consumables, accessories and wear parts are excluded. Specific warranty terms should be confirmed for each device at the time of purchase. Extended warranty and service contracts are often available for critical medical equipment, with preventive maintenance plans recommended for patient care devices.
Q4: Is this equipment difficult to operate? Is professional training required?
A: Training requirements vary significantly by device type. Simple devices may require minimal training, while complex diagnostic, therapeutic or life-support equipment requires specialized clinical training and, in some cases, certification. We provide operation manuals and training guidance where applicable. Clinical users should follow manufacturer instructions, institutional protocols and applicable regulatory requirements for each device.
Q5: What is the typical lead-time for order delivery?
A: Standard models require 7-30 working days. In-stock units can ship within 3-7 working days. Custom configurations or large built-to-order systems may require additional time, and we confirm the exact schedule before order confirmation.
Q6: Is regular maintenance required? What is the recommended maintenance cycle?
A: Maintenance requirements vary by device type and regulatory requirements. Patient-critical and life-support equipment requires scheduled preventive maintenance per manufacturer and regulatory requirements. Calibration of diagnostic and measurement devices should be performed regularly with traceable standards. Biomedical engineering departments typically manage maintenance, calibration and safety testing per institutional policies and applicable regulations.
Q7: Are supporting consumables universal?
A: Consumables and accessories vary by device type. Many are available from multiple suppliers, though device-specific parts and proprietary consumables should be sourced from the manufacturer or authorized distributor. Long-term consumable and maintenance cost depends on equipment type and usage volume.
Q8: Can I customize equipment or supporting accessories?
A: Customization options vary by device type and manufacturer. Some medical devices offer configurable features and accessories. Specialized equipment may be customized to specific clinical or facility requirements. Customization options, regulatory implications and lead-times should be confirmed for each device, with any modifications requiring appropriate regulatory approval.
Q9: Does the purchase include on-site installation and commissioning service?
A: Installation requirements vary by device. Simple devices require no installation, while complex medical systems include on-site installation, commissioning, calibration and clinical training. Standard delivery includes equipment with operation manuals. Installation, training and after-sales service should be arranged per device type and clinical requirements, particularly for patient-critical equipment.
Q10: What types of applications are compatible with this equipment?
A: Medical equipment is designed for specific clinical applications within its intended use, indications and specifications as approved by regulatory authorities. Device selection should match the clinical application, patient population, care setting and regulatory requirements. Users should verify device indications for use, contraindications, specifications and compatibility before use, follow manufacturer instructions and institutional protocols, ensure proper training and credentialing of operators, perform regular maintenance and calibration per requirements, maintain appropriate documentation and records, and follow all applicable healthcare regulations and patient safety protocols. Medical devices should only be used by authorized, trained personnel within their approved indications for use, and any off-label use should follow appropriate institutional and regulatory oversight.
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