Direct Metal Laser Sintering
Metal 3D Printing &
Rapid Prototyping
Advanced metal alloys unlock a nearly limitless range of engineering possibilities. Metal 3D printing gives your team the freedom to create complex geometries, razor-thin details, and striking visual finishes that traditional methods simply cannot match.
As one of New York's established 3D printing providers, Finnovation works with a diverse selection of metals to bring concepts to life faster, more efficiently, and with production-grade performance.
Why Choose Metal 3D Printing?
- One of the country's fastest-growing 3D printing capabilities
- Comprehensive selection of production-grade metals and alloys
- Steel, aluminum, titanium, nickel, chrome & specialty metals
- Only high-grade materials from respected suppliers
Better Metals, Better Prototypes
No two designs are the same—and neither are the metals used to produce them. Each alloy carries unique mechanical, thermal, and chemical properties that make it ideal for specific applications.
Finnovation collaborates closely with engineers, designers, and inventors to recommend the right material for each project, ensuring reliable performance from early-stage prototypes through to functional testing.
Core Metals for 3D Printing
Select the perfect material for your prototype or production run
Aluminum
Lightweight, affordable, and highly versatile. Its exceptional strength-to-weight ratio and cost efficiency make it ideal for concept validation, structural prototypes, and functional parts.
Cobalt Chrome
Known for its brilliant finish, scratch resistance, and dimensional stability. A premium choice for parts that must endure daily wear while maintaining a refined appearance.
Maraging Steel
One of the toughest iron alloys available, chosen when structural failure is not an option. Exceptional strength and heat resistance make it ideal for tooling and high-load prototypes.
Nickel Alloy
Valued for corrosion resistance, oxidation resistance, and stability in harsh environments. Options range from low-expansion to magnetic and copper-bearing alloys.
Stainless Steel
A staple material for both prototyping and production. Offers excellent balance of strength, stability, versatility, and longevity for functional concepts to real-world test parts.
Titanium
Exceptional strength-to-weight performance with outstanding oxidation and corrosion resistance. Increasingly popular for high-value medical, aerospace, and performance applications.
Not Sure Which Metal Is Right?
Let Finnovation help evaluate performance requirements, cost targets, and lead times to recommend the ideal material for your 3D printed prototype or production run.
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