Product Category

Plastic category

Microfluidic chip, also known as Lab-on-a-Chip or LOC, is an interdisciplinary technology that integrates microelectromechanical systems (MEMS), materials, biology, chemistry, and precision machining; Accurately manipulate nanoliter (nL) to picoliter (pL) microfluidics in microchannels at the micrometer level (1-500 μ m), integrating the entire process of traditional laboratory sampling, pretreatment, reaction, separation, and signal detection on a few square centimeter sheet, achieving miniaturization, automation, high-throughput, and portable analysis.

Medical standard parts are universal and standardized supporting components for medical devices, IVD diagnostic equipment, microfluidic chips, surgical consumables, and implantable devices. They have uniform dimensions, materials, interfaces, and biosafety specifications, and can be used across different models. They are divided into six categories: fluid pipeline standard parts, medical fasteners, sealing standard parts, plastic universal structural parts, medical puncture/connection standard parts, and filtering consumables standard parts. All of them must meet GB/T 16886 biocompatibility, ISO 13485, YY industry medical standards, and be compatible with disposable consumables, laboratory equipment, clinical POCT, and implantable devices in all scenarios.

Special parts refer to one machine, one type, customized structure, micrometer level ultra-high tolerance, special materials/special processes, specialized for special machines, requiring separate registration and verification; Such as microfluidic integrated chips, nickel titanium intervention scaffolds, 3D printed customized bone implants, and surgical robot micro execution components.

Medical equipment components are mechanical structural assemblies and parts that support the movement, positioning, transmission, opening and closing, lifting, locking, and adjustment of the entire machine. Different from fluid standard components, chip special components, and sealing elastic components, their core function is to achieve mechanical action, precise positioning, and stable load-bearing of the equipment; Widely equipped with IVD diagnostic instruments, surgical equipment, imaging equipment, rehabilitation equipment, and life monitoring equipment.