Metal Materials
Metal Materials for Direct Metal Printing
3D Gens supplies a comprehensive portfolio of metal powder alloys — each with tested build parameters tailored to our DMP printer range for consistent, repeatable results.
Comprehensive Portfolio
Metal Materials Available
Six material families engineered for precision and performance
Stainless Steel
- PowderRange 316L
- PowderRange 17-4
- PowderRange 17-4 AR
- PowderRange 15-5PH
4 Materials
High Temperature
- PowderRange 718
- PowderRange 625
- PowderRange X
3 Materials
Tool & Die Steel
- PowderRange H13
- PowderRange M300
- PowderRange M300 LT
3 Materials
Titanium
- PowderRange Ti64
- CPTi Grade 1
- CPTi Grade 2
3 Materials
Aluminium
- PowderRange AlSi10Mg
- Scalmalloy
2 Materials
Copper
- GRCop-42
- Cu-F (Copper)
2 Materials
Why 3D Gens Materials
Engineered for industrial additive manufacturing
Every powder in our portfolio is qualification-tested for Direct Metal Printing — not sourced generically, matched to the process.
Six Alloy Families
Stainless steel, titanium, nickel superalloys, tool steel, aluminium, and copper — the broadest metal powder portfolio for DMP in Malaysia.
Tested Build Parameters
Every material ships with thoroughly validated build parameters tailored to our DMP printer range, reducing qualification time on the shop floor.
Medical-Grade Titanium
CPTi Grade 1, Grade 2, and Ti64 are qualified for patient-specific implants and surgical components — biocompatible and precision-repeatable.
High-Performance Alloys
Nickel superalloys for extreme heat, maraging steels for tooling, GRCop-42 for thermal management — application-matched, not generic.
Get Expert Guidance
Not sure which metal powder fits your application?
Our engineers will review your part requirements — mechanical properties, operating environment, printer compatibility — and recommend the right material based on your actual application.
Email us directly
3dprint@3dgens.com
Response time
Within 1 business day
Serving Peninsular Malaysia, Sabah, and Sarawak. On-site visits available.