Choose a material around the part’s purpose.
Application, operating environment, manufacturing route and finishing all affect material choice. These common families are a starting point; exact grade and feasibility need a drawing review.
Metals
Aluminum alloys
May suit lightweight structures, housings and functional prototypes; review grade and finish together.
Stainless steel
An option for parts with corrosion, strength and surface requirements; specify the operating conditions.
Copper & alloys
May suit electrical, thermal or specific appearance needs; confirm the alloy grade for the application.
Steel
An option for structural parts, shafts and tooling components; confirm grade and heat-treatment condition.
Titanium alloys
Consider for parts that need high strength at low weight or corrosion resistance; machining cost is higher.
Engineering plastics
ABS
May suit appearance, assembly and general functional checks; properties depend on grade and processing.
POM / Acetal
An option for parts with rigidity, friction and dimensional requirements; evaluate the geometry.
PA / Nylon
Consider moisture uptake, wear, conditioning and the particular grade.
PEEK
An engineering polymer to assess against temperature, environment and performance needs.
PC / Polycarbonate
An option for transparent or impact-resistant parts; confirm clarity and surface requirements.
PMMA / Acrylic
Often chosen for clear covers and light guides; polishing can restore clarity after machining.
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