Mastrex MX-300 Metal 3D Printer

MX-300

Large-Build Dual-Laser Metal 3D Printing

MX-300 large-build dual-laser LPBF metal 3D printer angled view

The Mastrex MX-300 is a production-grade Laser Powder Bed Fusion (LPBF) metal 3D printer for advanced manufacturing education, applied research, prototyping, and industrial workforce training. Its 11.81 × 11.81 × 13.78-inch build volume and two independent 500 W lasers support larger parts, higher part quantities, and production-oriented projects.

Learners can practice workflows that include large-build preparation, dual-laser operation, powder recovery, depowdering, part removal, post-processing, inspection, and process documentation. Tech-Labs provides the MX-300 as a training solution manufactured by Mastrex.

Large-Build LPBF Platform

Expand project scope with room for larger components, higher part counts, and complex multi-part layouts.

Dual-Laser Throughput

Introduce learners to coordinated multi-laser processing using two independent lasers that cover the full build area.

Production Workflow Learning

Connect build planning, powder handling, post-processing, inspection, and documentation within a production-oriented metal AM workflow.

Scale metal additive manufacturing instruction with a large-build, dual-laser LPBF system.

Hands-On Metal Additive Manufacturing Skills

When supported by the program's curriculum and operating procedures, the MX-300 can help learners develop skills in:

Explaining LPBF technology and the role of multi-laser processing
Preparing and reviewing large, production-oriented metal additive builds
Planning large parts and high-density multi-part layouts
Configuring, operating, and monitoring a dual-laser LPBF system
Explaining laser coordination, calibration, and overlap considerations
Relating layer height, beam diameter, build rate, and scan speed to production goals
Planning powder recovery, depowdering, part removal, and heat treatment
Inspecting surface finish, dimensional results, and build consistency
Documenting process settings, quality checks, and build outcomes

Metal additive manufacturing
Advanced and industrial manufacturing
Manufacturing and mechanical engineering technology
Materials science and metallurgy
CAD and design for additive manufacturing
Aerospace, automotive, energy, and industrial applications
Medical-device manufacturing concepts
Applied research and process development
Large-part and batch-production instruction
Workforce upskilling and industrial training

Large Build Volume

An 11.81 × 11.81 × 13.78-inch build volume supports larger components, higher part counts, and complex build layouts.

Dual 500 W Lasers

Two independent lasers cover the full build area, giving instructors a platform for teaching multi-laser operation and production throughput.

Multi-Laser Scan Coordination

Mastrex uses coordinated scanning and calibration to support consistent results across the full build platform.

0.0008–0.0047 in. Layer Range

Instructors can explore how layer thickness affects surface finish, detail, build time, and productivity.

Material Flexibility

Mastrex lists titanium alloy, stainless steel, aluminum, cobalt-chromium alloy, copper alloy, and additional compatible materials.

Integrated Touchscreen Computer

A centralized interface supports machine control, workflow monitoring, instructor demonstrations, and supervised learner operation.

Built-in computer with touchscreen
Three build plates
Tool set
Professional on-site installation and training
Two-year warranty
Lifetime support

Confirm transport, the final configuration, site requirements, electrical service, service scope, and included items with Tech-Labs before installation.

Heat-treatment oven: Supports post-build stress relief and application-specific heat-treatment workflows.
S400 sieving machine: Supports recovery and reuse of metal powder within an approved material-handling workflow.
DPS400 automatic depowdering machine: Uses controlled rotation, vibration, and airflow to remove loose powder from printed parts while reducing manual handling.
Powder-collection system: Supports routine printer cleaning with filtration and a stainless-steel collection container.
Closed-loop powder-handling system: Connects the printer with sieving and depowdering equipment to support contained powder transfer.

Mastrex identifies professional on-site installation and training as included. Its product page does not identify a packaged academic curriculum, student workbooks, assessments, eLearning library, LMS integration, or credential alignment.

Programs should plan to integrate the MX-300 into their own additive-manufacturing curriculum or confirm additional instructional resources with Tech-Labs during project planning.

The MX-300 combines a large production-oriented build volume with two independent 500 W lasers for advanced training, research, and production development.

Print Technology

Laser Powder Bed Fusion (LPBF)

Build Volume

11.81 × 11.81 × 13.78 in.

Laser Power

2 × 500 W

Layer Height

0.0008–0.0047 in.

Supported Materials

Titanium alloy, stainless steel, aluminum, cobalt-chromium alloy, copper alloy, and more

Maximum Scan Speed

2 × 23 ft/s

Maximum Build Rate

4.27 in³/h

Laser Beam Diameter

0.0020–0.0047 in.

Machine Dimensions

72.83 × 53.15 × 90.55 in.

Weight

4,630 lb

Voltage

208–480 V

More Information

Product specifications and configuration details should be confirmed with Tech-Labs. Learners should follow institution-approved procedures for metal powder handling, equipment operation, personal protective equipment, housekeeping, and emergency response.

Manufacturer:

Mastrex

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