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Metal 3D Printing Service

Move metal prototypes and production components through a practical additive manufacturing review.

ISO 9001:2015 | ISO 13485:2016 | AS9100D | ITAR Registered

Where Metal Additive Manufacturing Fits

Metal printing is useful when a design benefits from integrated geometry, reduced assembly count, internal channels, or a fast route from digital model to functional hardware.

The Metal Printing Guide

Download a compact planning guide covering geometry review, material selection, and post-processing decisions for metal additive builds.

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Build Specifications

Parameter	US	Metric
Available build envelope	Quoted by geometry	Quoted by geometry
Layer resolution	Process selected	Process selected
Minimum feature planning	Review at quote	Review at quote
Tolerance approach	Feature dependent	Feature dependent

Material Mechanical Properties

Material	Tensile	Modulus	Elongation
Aluminum AlSi10Mg	Alloy dependent	Alloy dependent	Build dependent
Stainless 316L	Alloy dependent	Alloy dependent	Build dependent
Titanium Ti64	Alloy dependent	Alloy dependent	Build dependent
Inconel 718	Alloy dependent	Alloy dependent	Build dependent
Cobalt Chrome	Alloy dependent	Alloy dependent	Build dependent
Maraging Steel	Alloy dependent	Alloy dependent	Build dependent

Metal 3D Printing Materials

Compare a broad set of metal routes before matching a material to geometry, environment, finishing, and program requirements.

Aluminum AlSi10Mg

A lightweight metal option for detailed functional components.

Stainless 316L

A corrosion-conscious alloy for durable complex parts.

Titanium Ti64

A high-strength, low-weight route for demanding applications.

Inconel 718

A high-temperature material for rigorous operating conditions.

Cobalt Chrome

A hard-wearing option selected for specific performance needs.

Maraging Steel

A tooling-focused metal with predictable heat-treatment planning.

Copper Alloy

A conductive material option for selected thermal requirements.

Tool Steel

A production-oriented alloy for robust functional programs.

Nickel Alloy

A material family for heat and corrosion considerations.

Chromium Steel

A strong material route for controlled end-use parts.

Cobalt Alloy

A specialized route for wear and temperature performance.

Aluminum Scalmalloy

A lightweight choice for advanced geometry studies.

Stainless 17-4PH

A precipitation-hardened option for reliable mechanical needs.

Titanium Grade 5

A versatile titanium selection for detailed build planning.

Inconel 625

A nickel alloy option for challenging environments.

Brass

A metal choice for selected conductive or aesthetic applications.

Bronze

A practical alloy for specific surface and wear goals.

M2 Tool Steel

A durable option for tooling and fixture decisions.

H13 Tool Steel

A hot-work alloy for high-demand build discussions.

A2 Tool Steel

A stable hardenable option for functional programs.

4140 Steel

A general engineering alloy for mechanical applications.

Low Alloy Steel

A balanced selection for strength and machining follow-up.

Pure Copper

A conductive route for thermal-focused design concepts.

Gold Alloy

A specialist option for precision presentation work.

Metal Material Details

Aluminum AlSi10Mg

Placeholder detail copy for Aluminum AlSi10Mg.

Stainless 316L

Placeholder detail copy for Stainless 316L.

Titanium Ti64

Placeholder detail copy for Titanium Ti64.

Inconel 718

Placeholder detail copy for Inconel 718.

Cobalt Chrome

Placeholder detail copy for Cobalt Chrome.

Maraging Steel

Placeholder detail copy for Maraging Steel.

Post-Processing Capabilities

Why Use Metal 3D Printing?

Use a metal additive workflow when integrated geometry, reduced assembly count, controlled thermal paths, or low-volume functional hardware make a conventional route less practical.

How Metal Printing Works

A digital build plan divides the part into controlled layers, then joins those layers into the finished geometry before the selected finishing and review steps.

Need Bigger Parts?

For projects that need a larger printed envelope, explore the large-format workflow alongside your material and production requirements.

Related Resources

Metal Design Guide

A concise guide to planning geometry for an additive metal build.

Production Readiness

A checklist for moving a validated metal design into a repeatable program.

Metal Materials Notes

Material-selection considerations for strength, heat, and finishing needs.

Additive Manufacturing Session

A recorded introduction to reviewing a metal additive project.

Quote a metal print today.

Metal 3D Printing Service

Where Metal Additive Manufacturing Fits

The Metal Printing Guide

Build Specifications

Material Mechanical Properties

Metal 3D Printing Materials

Aluminum AlSi10Mg

Stainless 316L

Titanium Ti64

Inconel 718

Cobalt Chrome

Maraging Steel

Copper Alloy

Tool Steel

Nickel Alloy

Chromium Steel

Cobalt Alloy

Aluminum Scalmalloy

Stainless 17-4PH

Titanium Grade 5

Inconel 625

Brass

Bronze

M2 Tool Steel

H13 Tool Steel

A2 Tool Steel

4140 Steel

Low Alloy Steel

Pure Copper

Gold Alloy

Metal Material Details

Post-Processing Capabilities

Why Use Metal 3D Printing?

How Metal Printing Works

Need Bigger Parts?

Related Resources

Metal Design Guide

Production Readiness

Metal Materials Notes

Additive Manufacturing Session

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