Systems

MX Series Portfolio

Explore Mastrex metal 3D printers across compact, mid-size, and production-ready configurations. The MX lineup is built to support metal 3D printing workflows ranging from research and prototyping to industrial production.
Advantages

Built for your industry

Mastrex systems support manufacturers across aerospace, medical, defense, and research applications. Every industry has its own tolerances, materials, and compliance needs — our systems are built to meet them.
Aerospace
Defense Medical & Dental Tooling & Fixtures Research & Development Academia Energy
Advantages

Where Metal 3D Printers Deliver the Most Value

Mastrex metal 3D printers support technical teams that need precision, repeatability, and design freedom across demanding applications. From prototyping and tooling to functional part production, these systems help manufacturers produce complex metal parts with greater control and efficiency.

Faster Time-to-Market

Enable your innovation and accelerate your product development with metal 3D printing.

Manufacture On-Time & In-Spec

Scale your manufacturing with reliable and repeatable metal 3D printing capabilities.

Reduce Cost Per Part

Eliminate expensive overhead and reduce price-per-part with the most affordable metal 3D printers ever.

Best-in-Class Metals

Explore new product opportunities with qualified, exceptional metals.
Advantages

Why the MX Series Stands Apart

Mastrex metal 3D printers combine industrial print quality, scalable system options, and practical support for real manufacturing environments. Built around Laser Powder Bed Fusion technology, the MX series helps users improve part quality, reduce lead times, and bring more metal production capability in house.

Industrial Print Quality

Consistent part quality, fine detail, and repeatable results across demanding metal 3D printing applications.

Scalable Build Options

System sizes that support everything from compact development work to larger production requirements.

Exceptional Metals Available

Process advanced metals including titanium, stainless steel, aluminum, cobalt-chromium, and copper alloys.

Practical Cost of Ownership

Efficient operation, accessible workflows, and system options that support long-term manufacturing value.