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CNC material guides for aluminum, steel, stainless steel, titanium, copper and mold steels.

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Browse connected CNC machining, manufacturing process, material, tolerance and application resources.

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EV Machining Guide

Battery housing, motor shaft, gearbox, aluminum machining and recommended machines.

CNC Machining Materials Guide 2026

A CNC material and machine selection guide for aluminum, steel, stainless steel, titanium and tool steel machining.

Medical CNC Machining: A Complete Guide to Materials, Parts, Standards and Machines

Quick answer: Medical CNC machining is the precision manufacture of implants, surgical instruments and device components from biocompatible materials such as titanium, cobalt-chrome, 316L stainless and PEEK, held to tight tolerances, fine surface finish and strict regulatory standards, most often on rigid 5-axis machines.

Stainless Steel Machining Guide

Material guide prepared for Stainless Steel Machining Guide.

Aerospace Machining Guide

Industry overview, titanium machining, 5 axis technology and case studies.

S136 Steel Properties for Mold Making

S136 stainless steel is widely used in high-end mold manufacturing due to its excellent corrosion resistance, polishing capability, and dimensional stability. It is a preferred material for medical and optical mold applications.

Thin Wall Aerospace Parts Machining: Ribs, Isogrid and Bulkheads

Quick answer: Aerospace thin-wall machining pushes every challenge to the extreme: aspect ratios above 30:1, walls under 1 mm, tight flatness, and expensive aluminum or titanium billets where late-stage scrap is costly.

Aerospace CNC Machining: A Complete Guide to Materials, Parts, Tolerances and Machine Selection

Quick answer: Aerospace CNC machining is the precision manufacture of flight-critical components from demanding materials such as aluminum, titanium and nickel superalloys, held to tight tolerances and strict quality standards, most often on rigid 5-axis machining centers.

Stainless Steel Machining Guide: Grades, Challenges, Tooling and Cutting Parameters

Quick answer: Stainless steel machining succeeds when you fight its two defining problems — work hardening and poor heat conduction — with a rigid setup, sharp coated carbide tooling, a constant positive feed that never lets the tool rub, and plenty of high-pressure coolant.

Titanium Machining

Process article prepared for Titanium Machining.

Aluminum Machining

Process article prepared for Aluminum Machining.

Steel Machining

Process article prepared for Steel Machining.

Mold Manufacturing

Process article prepared for Mold Manufacturing.

Gear Machining

Process article prepared for Gear Machining.

Housing Machining

Process article prepared for Housing Machining.

EV Machining Guide

Process article prepared for EV Machining Guide.

Aerospace Machining Guide

Process article prepared for Aerospace Machining Guide.

Medical CNC Machining

Process article prepared for Medical CNC Machining.

Aluminum Machining

Material guide prepared for Aluminum Machining.

Steel Machining

Material guide prepared for Steel Machining.

Titanium Machining

Material guide prepared for Titanium Machining.

Copper Machining Guide

Material guide prepared for Copper Machining Guide.

6061 Aluminum Machining

Material guide prepared for 6061 Aluminum Machining.

7075 Aluminum Machining

Material guide prepared for 7075 Aluminum Machining.

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