Custom Machined Stainless Steel Endoscopic Snake Bone Tube - Built to Print
| Products Name | Custom Machined Stainless Steel Endoscopic Snake Bone Tube - Built to Print |
| Material | Stainless Steel, Brass, Aluminum, brass, copper ,etc |
| Surface treatment | Electropolishing, Smooth Deburred Surface |
| Tube Outer Diameter | 0.3 mm – 5.0 mm |
| Tube wall Thickness | 00.3 mm – 5.0 mm |
| Bending Performance | Multi-direction flexible bending, 360° bendable |
| Tolerance | ±0.05mm High Precision Tolerance or According to Drawing |
| Size | Custom length & segment structure available |
| LOGO | Can be customized according to your drawing |
| Samples | Usually provide 5-10pcs samples for testing before mass production |
| Delivery Time | Usually 30-45 days or according to quantity |
Precision riveted assembly structure ensures stable connection between each bone segment, avoids loose separation under repeated bending cycles.
Realizes maximum 200-degree large angle bending, delivers excellent flexible steering performance to meet complex endoscopic operation requirements.
Strictly controlled 4.65×4.35 outer and inner dimension, consistent size across batches for seamless matching with mating endoscopic components.
High-quality stainless-steel raw material provides outstanding mechanical strength and corrosion resistance for long-time cyclic bending work.
Laser-cut slotted processing with post-finishing treatment achieves burr-free inner and outer surface, satisfies strict medical hygiene standards.
Disclaimer
Shenzhen Shomea Hardware Products Co., Ltd. is a precision metal components manufacturer, not a medical device distributor. All parts shown on this page are custom machined according to the buyer's drawings, samples and specifications.
We do not sell finished medical devices, sterile devices, IVD reagents or surgical instruments. All components are supplied non-sterile and unfinished.
The purchaser, as the medical device manufacturer or equipment brand owner, is solely responsible for device design validation, biocompatibility evaluation, sterilization validation, labeling and regulatory approval of the finished medical device.