CNC Titanium Steel Machining Process and Applications

As a leading CNC titanium steel machining specialist, EMAR leverages advanced equipment and 15+ years of metalworking expertise to deliver precision components for aerospace, medical, and industrial sectors. This guide explores the technical nuances of machining this challenging alloy.

Why Choose CNC for Titanium Steel Components?

Titanium steel alloys demand specialized CNC Machining approaches due to their unique properties:

• High strength-to-weight ratio requires rigid machine tools
• Low thermal conductivity necessitates optimized cooling strategies
• Work hardening characteristics demand precise toolpath planning

EMAR's 6-Step Titanium Machining Protocol

Our certified process ensures dimensional accuracy ±.005mm:

1. Material certification (ASTM B348 Grade 5 compliance)
2. 5-axis simultaneous machining with high-pressure coolant
3. In-process quality verification
4. Deburring and edge treatment
5. Surface enhancement (bead blasting/anodizing options)
6. Final CMM inspection

Industry-Specific Solutions

We manufacture mission-critical titanium steel components including:

• Aerospace: Engine mounts, landing gear parts
• Medical: Surgical implants with biocompatible finishes
• Automotive: Lightweight structural components

With ISO 9001:2015 certification and 98.7% on-time delivery rate, EMAR combines technical excellence with reliable supply chain management. Contact our engineering team at www.sjt-ic.com for project-specific machining solutions.