Custom Precision CNC Machining Titanium Fixture/Jig

Product Overview

With 26 years of professional CNC machining and customization expertise, Dawang Precision holds ISO 9001, ISO 14001, IATF 16949 and ISO 13485 multi-system certifications, delivering industry-leading Custom Precision CNC Machining Titanium Fixture/Jig solutions for professional manufacturing enterprises worldwide. Leveraging advanced 5-axis CNC machining technology, we craft high-performance vacuum jigs from premium Ti-6Al-4V (Grade 5) titanium alloy, an ultra-lightweight, high-rigidity material ideal for high-precision production. This fixture is engineered with a dense micro vacuum hole array and precision mounting slots, delivering exceptional workpiece holding performance with a standard tolerance of ±0.01mm. Fully customizable in dimensions and design, our titanium fixture meets the strictest requirements of high-end industrial manufacturing, providing reliable, repeatable precision for every production run.

Dawang Precision manufactures custom titanium fixtures and vacuum jigs using advanced 5-axis CNC machining. This lightweight component features a precision micro-hole array for reliable workpiece clamping, combined with high-strength edges for stability in aerospace, medical, and precision manufacturing environments—offering superior corrosion resistance and minimal thermal expansion.

Features & Benefits

Ultra-Light High-Strength Titanium Construction

Our 5-axis CNC machined titanium clamp uses aerospace and medical-grade Ti-6Al-4V titanium alloy, delivering an exceptional strength-to-weight ratio that outperforms traditional steel alternatives. The reinforced titanium structure ensures maximum machining rigidity, while the ultra-light design reduces equipment load and boosts operational efficiency for manufacturing partners. Inherent corrosion resistance makes the fixture suitable for both harsh industrial environments and cleanroom production settings.

Distortion-Free Precision Vacuum Clamping

At the core of our precision titanium vacuum jig is a dense micro-hole array, engineered to deliver uniform, secure vacuum clamping for workpieces of varying sizes. Unlike mechanical clamping, this distortion-free holding solution eliminates workpiece deformation, ensuring consistent dimensional accuracy for high-precision parts. Combined with precision-machined slots and reinforcing ribs, the design delivers unrivaled stability during complex machining processes.

Tight Tolerance & Optimized Surface Finish

Every custom CNC titanium jig guarantees a ±0.01mm tight tolerance, verified by Zeiss Coordinate Measuring Machines (CMM) with 0.002mm measurement precision. This fixture-grade accuracy ensures repeatable high-volume production performance, reducing scrap rates and optimizing production costs for our clients. The mirror-polished surface delivers low friction, exceptional corrosion resistance and easy cleaning, extending fixture service life and minimizing maintenance needs.

Full Customization for Tailored Solutions

Every aerospace titanium fixture we produce is fully customizable to your unique fixturing requirements. Our in-house engineering team collaborates closely with your team to optimize designs, providing cost-saving recommendations without compromising performance. We accept custom drawings, samples and design specifications, with a free quote provided within 24 hours of submission.

Applications of CNC Machining Titanium Fixture/Jig

Our high-strength titanium tool fixture serves high-precision industrial sectors, with core applications including aerospace component machining fixtures, medical titanium positioning jigs, semiconductor and electronics precision positioning fixtures, and precision manufacturing vacuum clamps for general industrial high-volume machining operations.

This type of product can be applied to: Aerospace component machining fixtures、Medical device assembly jigs、Semiconductor and electronics positioning、Precision manufacturing vacuum clamps

We also supply precision components to enterprises in sectors such as New Energy, Robotics, Medical, and 3C Electronics.