The Mastrex MX-220 is a dual-laser LPBF system engineered to increase throughput without sacrificing precision or surface quality. Two independently controlled 500-watt lasers cover the full build area, enabling faster production and consistent results across complex or densely packed builds.
The catalog provides specifications for the 8.66 x 5.51 x 7.87-inch build volume, dual-laser scanning system, layer-height capabilities, supported alloys, print speeds, dimensions, and operating requirements. It also covers material choices and available installation, training, warranty coverage, and technical support.
The Mastrex MX-300 expands dual-laser LPBF production with an 11.81 x 11.81 x 13.78-inch build volume. It is designed for larger parts, increased quantities, and complex assemblies used in aerospace, energy, industrial research, and advanced manufacturing applications.
This catalog describes the MX300’s two 500-watt lasers, full-area scanning system, supported metals, machine dimensions, weight, and electrical requirements. It also covers powder materials, installation, operator training, warranty coverage, and technical support.
The Mastrex MX-400 is a large-format LPBF metal 3D printer built for industrial production. Its 15.75 x 13.78 x 15.75-inch build volume and four-laser system provide full-area coverage for large components and high-throughput batch manufacturing.
An integrated powder-management workflow supports sieving, depowdering, recovery, and reuse while reducing manual powder handling. The catalog includes technical specifications, supported alloys, machine requirements, material information, and details about installation, training, warranty coverage, and support.
The Mastrex MX-800 is an industrial-scale metal additive manufacturing system developed for large components and high-volume serial production. Its 31.50 x 23.62 x 35.43-inch build volume and six coordinated 1,000-watt lasers provide full-platform coverage and faster production.
The system includes integrated powder recovery, sieving, and reuse within a sealed powder-handling workflow. This catalog covers the MX-800’s laser configuration, build capacity, precision capabilities, supported alloys, physical dimensions, operating requirements, and available Mastrex service and support.
This guide outlines the included equipment and optional accessories available for the Mastrex MX100, MX120, and MX150 metal 3D printers. Standard equipment includes a built-in touchscreen computer, three build plates, and a tool set.
Optional equipment can support part cleaning, heat treatment, build-plate removal, powder recovery, nitrogen generation, and routine printer cleanup. Available accessories include:
This guide covers included equipment and optional workflow accessories for the Mastrex MX220, MX300, and MX400 metal 3D printers. Each system includes a built-in touchscreen computer, three build plates, and a tool set.
Optional equipment supports heat treatment, powder recovery, automated depowdering, equipment cleanup, and closed-loop powder handling. Available solutions include:
Build confident instructors, strengthen your technical education program, and maximize your training equipment's value with Tech-Labs. Our instructor training services combine hands-on equipment instruction, curriculum integration, new instructor development, customized professional development, and preparation for SACA Silver and Gold certifications.
With nearly 50 years of experience supporting educators and industry, Tech-Labs helps instructors develop the technical expertise and classroom confidence needed to deliver engaging, industry-aligned training. The result is stronger instruction, greater certification attainment, improved student outcomes, and a more sustainable workforce-development program.
This brochure provides an overview of the FANUC CRX Series of collaborative robots, including available payloads, reaches, programming options, safety features, mounting configurations and technical specifications. The CRX lineup offers models for applications ranging from light-duty handling and assembly to palletizing, welding and painting.
Explore CRX applications such as machine tending, inspection, pick-and-place, packaging, grinding, dispensing and welding. The brochure also covers drag-and-drop programming, hand-guided teaching, FANUC vision and force-sensing options, food-grade models and the explosion-resistant CRX-10iA/L Paint cobot.
FANUC robotics education solutions give students hands-on experience with the industrial automation technologies used throughout modern manufacturing. Tech-Labs offers solutions for introductory robotics, industrial robot programming, collaborative robotics, simulation, vision, systems integration, university research, and workforce development.
Programs can begin with a compact introductory package or standalone robot and expand into complete FANUC CERT training carts, CRX collaborative robots, ROBOGUIDE simulation, machine vision, project-based learning, and advanced ROS 2 and Python development.
Introduce robot operation, programming, safety, and automation concepts through compact systems designed for secondary education and beginning technical programs.
Prepare students to operate and program FANUC industrial robots using genuine controllers, teach pendants, safety systems, tooling, and simulation software.
Teach hand-guided operation, graphical programming, end-of-arm tooling, vision, safety, and flexible automation using FANUC CRX collaborative robots.
FANUC Certified Education Robot Training (CERT) helps high schools, colleges, universities, and workforce-development programs combine industrial robotics equipment with instructor training, curriculum, ROBOGUIDE simulation, and hands-on learning.
Available solutions support introductory robot operation through advanced programming, vision, collaborative robotics, safety, and systems integration. FANUC CERT programs can also help prepare learners for applicable FANUC and NOCTI national robotics certification assessments.
Explore FANUC and NOCTI robotics certifications.
FANUC education solutions can support high school CTE, technical and community colleges, universities, apprenticeship programs, and industrial workforce training. Tech-Labs can help schools select a system based on student experience, available laboratory space, curriculum, certification goals, and the applications they plan to teach.
FANUC CNC training solutions help students develop the programming, operation, machining, and troubleshooting skills needed in modern manufacturing. Students gain experience with industrial CNC technology while learning how machines, controls, tooling, and production processes work together.
Tech-Labs offers FANUC CNC machines, control simulators, instructional equipment, curriculum, and supporting technologies for high school CTE, technical college, university, apprenticeship, and workforce-training programs.
Build foundational skills in machine setup, coordinate systems, tooling, offsets, part production, safety, and CNC machine operation.
Help students learn CNC programming, program editing, control navigation, process planning, and the interpretation of machining instructions.
Connect CNC instruction with automation, robotic machine tending, production systems, troubleshooting, and other advanced manufacturing applications.
