SHOMEA Medical-Grade Stainless Steel bevel end needle with thread_Shenzhen Shomea Hardware Products Co., Ltd.

Description

Product Specification

Product name	Stainless Steel bevel end needle with thread
Material	SUS304/SUS316 or According to your requirement
Properties	Medical Use
Needle Size	OEM/ODM According to your drawing
Machining Technology	Polishing/Electropolishing/Grind/CNC, etc
Custom feature	Customized
Package	Standard or Custom

Product Show

Medical‑grade stainless steel material with premium biocompatibility
Manufactured from high‑quality medical‑grade stainless steel, free of toxic substance precipitation. It features strong resistance to body fluid and medical disinfectant corrosion, ensuring safe contact with human tissues and compliance with strict medical biocompatibility standards.
Multi‑section precision structure with excellent assembly compatibility
Features integrated design of threaded section, tapered transition section and fine‑tip working end. CNC ultra‑precision machining ensures strict tolerance control for thread pitch, taper angle and tip shape, enabling stable locking connection and seamless assembly with medical device handles.
Smooth burr‑free surface, adaptable to multiple sterilization methods
Inner and outer surfaces are finely polished with no burrs, scratches or sharp edges. It can withstand high‑temperature high‑pressure sterilization, ethylene oxide (EO) sterilization and other standard medical disinfection processes, effectively avoiding bacterial residue and cross‑contamination risks.
High structural rigidity and stable mechanical performance
One‑piece forming technology enhances overall structural strength, delivering outstanding bending resistance and torsional resistance. It maintains stable precision and shape even under repeated clinical operations, suitable for long‑term cyclic use.
Highly customizable to meet personalized medical needs
Supports custom specifications including thread parameters, taper gradient, tip shape, total length and outer diameter. Flexible design adapts to diverse medical device requirements, from minimally invasive surgery to diagnostic sampling tools.

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