CNC milling of hard alloys: treatment of high hardness materials

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CNC milling of hard alloys: treatment of high hardness materials

Milling Parts

June 30, 2025

Category Connection: CNC Turning Milling Parts

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#Powder Coating CNC Machining Plastic Parts #Titanium ODM CNC Milling Parts #Aluminum CNC Turn Mill Parts

Brief: Discover how CNC milling of hard alloys and secondary operations management can enhance your production process. Learn about deburring, heat-treating, surface finishing, and more to ensure traceability and reduce costs.

Related Product Features:

Secondary operations include deburring, edge radiusing, and heat-treating for finished parts.
Surface finishing options like anodizing, passivating, and DLC coating are available.
Laser marking and serialization ensure part traceability.
Light assembly services such as helicoils and O-rings are provided.
Structured management prevents lost traceability and reduces rework costs.
Heat-treat distortion control minimizes scrap and saves money.
Accurate packaging specifications reduce customer returns.
Comprehensive benchmark data highlights common pain points and cost impacts.

Faqs:

What are secondary operations in CNC machining?

Secondary operations are value-adding steps after the last CNC cut, including deburring, heat-treating, surface finishing, laser marking, and light assembly.
Why is traceability important in secondary operations?

Traceability ensures parts are tracked throughout the process, reducing rework costs and preventing lost parts, which can cost up to $4,800 per job.
How does heat-treat distortion impact production?

Heat-treat distortion can lead to scrap, costing approximately $3,200 per job, making it crucial to manage this process effectively.
What are the common pain points in secondary operations?

Common issues include lost traceability (79% of suppliers), heat-treat distortion (61%), and wrong packaging specs (44%), leading to significant cost impacts.