Custom Machined Metal Parts by ZorayPT
ZorayPT’s custom machined metal parts are precision-crafted components designed for minimally invasive medical devices. As a leading one-stop OEM/ODM manufacturer, with all in-house plastic molding, metal processing, and assembly, we deliver superior quality parts fully customized according to your drawings. Produced in our ISO 13485-certified cleanroom, these metal components are engineered for durability and precision, making them essential for laparoscopic tools, endoscopes, and other micro-surgical instruments. With faster lead times and cost-efficiency, ZorayPT provides custom machined metal parts OEM solutions to elevate your medical device performance.
Key Features
- Specifications: Fully customized based on your drawings.
- Metal Precision: Machined from medical-grade metals for strength and reliability.
- All In-House: One-stop production ensures superior quality.
- Versatile Design: Compatible with various minimally invasive devices.
Applications
ZorayPT custom machined metal parts are ideal for:
- Laparoscopic Surgery: Components for retractors, clamps, and suture tools.
- Endoscopic Devices: Precision parts for diagnostic and therapeutic scopes.
- Minimally Invasive Instruments: Broad use in micro-surgical applications.
With ISO 13485 standards and faster lead times, we provide cost-efficient solutions. Contact us to customize your machined metal parts.
Why Choose ZorayPT?
- One-Stop Manufacturing: All in-house processes for seamless quality control.
- ISO 13485 Certified: Meets global standards in a Class 100,000 cleanroom.
- Superior Quality: Precision machining ensures top performance.
- Faster Lead Times: Automated production for quick delivery.
- Cost-Efficiency: Integrated manufacturing reduces costs.
Enhance your devices with ZorayPT’s custom machined metal parts. Request a quote today!
Custom Machined Metal Parts Specifications
Parameter | Details |
---|---|
Specifications | Customized per your drawings |
Material | Medical-grade metals |
Application | Minimally invasive devices |