Medical Rotating Arm components

Difon manufactures specialised Medical Rotating Arm components, using Laser, TIG and Cold welding on a high-standard quality management provide wholesale solutions for medical equipment suppliers. Get a quote now!

Advanced Manufacturing for Medical Rotating Arms

Difon specializes Medical Rotating Arm requires both high structural rigidity and extreme dimensional stability. We have a comprehensive solution to a critical issue of thermal distortion. It is by combining their specialized welding processes and subsequent precision machining to a critical dimension after welding that results in Medical Rotating Arm components that allow smooth, reliable rotation in a clinical environment that is not forgiving of contamination.

Comprehensive Technical Capabilities

Why Partner with Difon?

- Versatile Welding Ability: Reduce heat penetration with Laser Welding/Cold Welding to avoid warping of the base metal. Deep penetration and highest weld bond strength can be achieved with MIG/TIG process in case the warping of base metal is critical for high load structure.

- Precision Machining after Welding: Various models of 4 axis machining center are available in our company. We do finish machining after welding is finished to correct the stresses generated during welding process, and make our customer satisfied with each component within ±0.01mm tolerance.

- Automotive Quality Inspection Discipline: As an IATF 16949 manufactures, we also apply the quality inspection discipline on every Medical Rotating Arm manufactured in case our customers are from Medical device manufacturer or end user. 100% traceability of material is available for Medical Rotating Arm.

- Digital Engineering: We use CAXA Design System to simulate the welding route and heat distribution around the welding seam. ERP system is applied to make your wholesale order go through the whole warehouse with clear lead time.

Quick FAQ

Q: Which welding method is best for my medical part?

A: Our engineering team analyzes your design to choose between Laser, TIG, or Cold welding based on the required strength and the material's sensitivity to heat.