Tungsten wire ropes are crafted from tungsten, a material known for its excellent anti-fatigue properties, tensile strength, flexibility, and abrasion- resistance. These wire ropes are sturdy and durable, to avoid the need for maintenance or replacement in a long time. They are the preferred material for the miniature mechanical ropes used in surgical robots.
PI/PTFE coatings are two high-performance specialty coatings, among which PI (polyimide) coatings are known for their excellent high temperature resistance, high insulation strength, and mechanical strength. They are widely used in implantable medical devices (such as insulation layers for nerve stimulation electrodes) and precision diagnostic components (such as medical sensor coatings), providing reliable protection for equipment; PTFE (polytetrafluoroethylene) coating, with its extremely low friction coefficient and excellent non stick and anti-corrosion properties as its core characteristics, is widely used on the surface of various interventional surgical instruments (such as guide wires and catheters), significantly reducing tissue insertion resistance and blood adhesion, thereby improving the smoothness and safety of surgery. Both provide key surface solutions for innovation and performance optimization of modern medical devices.
Nitinol shape memory alloy is composed of nearly equal atomic nickel and titanium (i.e. 50:50 at% nickel and titanium), with excellent superplastic and shape memory properties, as well as excellent characteristics of biocompatibility, wear resistance, corrosion resistance, high damping, etc., thus becoming a key material in the field of vascular, orthopedics, spine, urology and dentistry. Applications range from neurovascular stents and heart valve frames to orthopedic nails and disposable suture threading devices.
Nitinol wire has super elasticity and shape memory, and has been used in a wide range of clinical applications, including braided stents, guide wires, blockers, stone removal baskets, medical springs, and dense mesh thrombus filters.
Platinum group alloys are ideal materials for development and electrodes in medical interventions and implants due to their excellent biocompatibility, X-ray impenetrability and corrosion resistance, and are available in customized sizes.
Pt/Ir10&Pt/W8 Ultra-fine flat wire
Pt 90% Ni 10%
Platinum tungsten (PtW8) alloy can be made into embolization coil for the treatment of cerebral aneurysms and the soft tip coil cover of the guide wire
Our cooperative precision machining factory has advanced production equipment, CNC precision automatic machine, LSWEDM (wire-cutting electrical discharge machine), grinding machine, milling machine, magnetic polishing machine, etc., to provide perfect supporting solutions for your customization.
Working with the first-class laser equipped and technical experience of laser processing enterprise partners to provide you with world-class laser customized processing services.
A high-performance medical guidewire is far more than just "a thin metal tube." It serves as the core skeleton and functional carrier for many advanced minimally invasive interventional medical devices (such as coronary stent delivery systems, neurointerventional instruments, and catheters). Its performance directly determines the device's pushability, trackability, flexibility, resistance to bending, and ultimately the therapeutic efficacy and safety.
Platinum and its alloys have been widely used in the medical field for half a century. Because of their low corrosiveness, excellent radiopaque function and biocompatibility, platinum has become an ideal material for medical intervention. Commonly used platinum family alloys include pure Pt, PtIr10, PtW8, PtNi10 and so on.