Henan Tuoren Medical Equipment Research Institute Co., Ltd. was established in 2018, successfully obtained CNAS accreditation in 2019, and CMA accreditation in 2022. It is a teaching base of the Advanced Training Institute of the National Medical Products Administration, a key laboratory for quality evaluation of medical biological protection and implantable devices of the National Medical Products Administration, and a public service platform for industrial foundations in Henan Province. The company always adheres to the principle of "safeguarding life and health" and is committed to building a domestic third-party inspection and testing service institution for medical devices. Detection capability includes passive medical device inspection and testing, active medical device inspection and testing, polymer material inspection and testing, textile inspection and testing, biological evaluation inspection and testing, clean room (area) environmental testing, material characterization and analysis, qualitative and quantitative analysis of drug compatibility research, packaging simulation transportation verification, accelerated aging verification.

EVO18It is a high-performance and powerful high-resolution application scanning electron microscope. The system adopts a large sample room with multiple interfaces and an artistic grade objective lens design, providing high vacuum imaging function, which can analyze various material surfaces. And it has industry expertiseLeading Xian's XRadiation analysis conditions, the sample stage is fully automatic controlled with five axes. The standard high-efficiency oil-free turbo molecular pump meets the requirements for rapid sample replacement imaging analysis.

ZEISSTungsten filament scanning electron microscopeEVO18

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Scanning electron microscopy (SEM) is widely used in the inspection and research of metallic materials (steel, metallurgy, non-ferrous metals, mechanical processing) and non-metallic materials (chemistry, chemical engineering, petroleum, geological mineralogy, rubber, textiles, cement, glass fiber). Conduct microstructure, organization, and composition analysis of materials in the fields of materials science research, metal materials, ceramic materials, semiconductor materials, chemical materials, etc., observe the morphology and organization of various materials, analyze material fracture surfaces and failures, perform real-time micro area composition analysis of materials, perform elemental quantitative and qualitative composition analysis, perform rapid multi-element surface scanning and line scanning distribution measurement, identify crystal and grain phases, analyze grain size and shape, and measure crystal and grain orientation.