Product Description

High-precision motion is the core of modern surgical tools, and our Surgical tool transmission components are the engine behind that motion. We utilize high-performance PEEK material, compliant with USP Class VI standards, to mold gears and drive shafts that offer incredible wear resistance. By maintaining a tooth-profile meshing error of less than 0.005mm, our Surgical tool transmission components ensure a smooth, silent, and highly efficient transfer of power within orthopaedic power tools and endoscopic instruments.

Efficiency and longevity define our Surgical tool transmission components. With a power transmission efficiency exceeding 98%, these components provide the surgeon with instant, accurate feedback, reducing operational lag during critical moments. Our PEEK components are tested to withstand over 100,000 high-intensity transmission cycles without significant wear. They are also fully compatible with 134°C autoclave sterilization, ensuring that the internal mechanics of the surgical tool remain reliable and sterile for every use, extending the overall service life of the equipment.

Specifications

Material	USP Class VI PEEK
Precision	<0.005mm (Tooth meshing)
Transmission Efficiency	>98%
Durability	>100,000 cycles
Sterilization	134°C Steam Autoclave compatible

Application Areas

Orthopaedic power drills and saws
Endoscopic robotic gear systems
Micro-surgery motor assemblies
Minimally invasive tool drive units

Customization Capability

We offer high-precision customization for Surgical tool transmission components, including gear modulus adjustments, tooth profile optimization, and custom shaft dimensions. Our engineering team utilizes advanced simulation software to ensure perfect mechanical performance.

Packaging & Shipping

Each transmission part is individually inspected and packed in dust-proof medical trays. We support global logistics terms and provide comprehensive quality tracking for every batch.