
CNC Machining Design Basics: A Practical Starting Point
A practical introduction to preparing CNC-machined part designs, specifications, materials, and quote documentation.
Capabilities
CNC MachiningHigh-precision machining for complex parts › 3D PrintingSLA, SLS & metal additive manufacturing › Vacuum CastingSilicone tooling for small-batch production › Sheet Metal FabricationLaser cutting, bending & assemblies › Injection MoldingPrototype tooling and molded parts › Rapid ToolingBridge tooling for pre-production › Die CastingAluminum, zinc & magnesium castings › Metal StampingPrecision stamped parts & dies › Surface FinishingAnodizing, coating, plating & blasting ›CNC Machining
Browse by Material
AluminumExcellent machinability, lightweight, and corrosion resistant. Ideal for aerospace, automotive, and electronics.›
Stainless SteelHigh strength, corrosion resistance, and durability for demanding applications.›
SteelHigh strength and toughness. Suitable for structural and mechanical components.›
TitaniumHigh strength-to-weight ratio and excellent corrosion resistance for critical applications.›
CopperExcellent electrical and thermal conductivity, ideal for electrical and heat transfer parts.›
BrassGood machinability, corrosion resistance, and attractive appearance.›
BronzeGood wear and corrosion resistance. Ideal for bushings, bearings, and industrial components.›
ZincGood corrosion resistance and die-castability for custom parts.›
IronHigh strength and wear resistance for heavy-duty applications.›
MagnesiumLightweight with good strength-to-weight ratio and machinability.›
Resources
Manufacturing insights, practical guides, and technical updates for engineers and product development teams.

A practical introduction to preparing CNC-machined part designs, specifications, materials, and quote documentation.

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