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 training solutions give students hands-on experience with industrial automation technology used throughout modern manufacturing. Available solutions support introductory robot operation through advanced programming, vision, simulation, collaborative robotics, and systems integration.
Tech-Labs offers FANUC industrial robots, CRX collaborative robots, educational workcells, ROBOGUIDE simulation software, curriculum, and related technologies for high school CTE, college, university, and workforce-training programs.
Develop skills in robot operation, teach-pendant programming, material handling, machine tending, troubleshooting, safety, and automated manufacturing.
FANUC CRX cobots provide an approachable platform for learning hand-guided teaching, graphical programming, end-of-arm tooling, vision, and flexible automation.
Extend instruction with ROBOGUIDE simulation, integrated vision, PLC connectivity, digital input/output, and complete robotic workcell applications.
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.
This eBook explains why the FANUC CRX collaborative robot is an approachable, flexible automation solution for new and experienced robot users. It explores five key advantages: ease of use, industrial reliability and safety, broad application capabilities, straightforward integration of end-of-arm tooling and peripheral devices, and FANUC’s global service and support network.
Readers will learn about the CRX’s drag-and-drop programming, lightweight design, compact controller, force-monitoring safety features, and support for applications such as machine tending, welding, palletizing, inspection, sanding, finishing, and vision-guided material handling.
The FANUC Educational Package gives students hands-on experience programming and operating industrial robots. Designed specifically for technical education, it helps instructors introduce the automation technologies and processes used throughout modern manufacturing.
With industry-relevant equipment and supporting instructional resources, the package provides a practical environment for developing robotics, programming, troubleshooting, and system-operation skills. Students gain valuable experience with FANUC technology while preparing for careers in advanced manufacturing, automation, and industrial maintenance.
This brochure provides a detailed overview of the Stratasys Neo800+, a high-speed, large-format stereolithography printer designed for accurate industrial parts, prototypes, patterns, tooling, and production applications. Its maximum 31.5 × 31.5 × 23.62-inch build volume supports large components and high-volume production, while an open resin system provides access to commercially available 355 nm stereolithography materials.
Learn how LayerControl+ and ScanControl+ technologies help the Neo800+ deliver print speeds up to 50% faster than its predecessor while maintaining fine details, smooth surfaces, dimensional accuracy, and reliable performance. The brochure also includes system specifications, build modes, software, connectivity, reporting capabilities, operating requirements, dimensions, and available accessories.
This case study explores how Stratasys Direct used the Stratasys Neo800+ industrial SLA printer to increase production capacity, improve turnaround times, and pursue new quick-turn manufacturing opportunities. The Neo800+ combines a large 31.5 × 31.5-inch build area with print speeds up to 50% faster than the Neo800, allowing the service bureau to produce large components without joining sections and complete high-volume builds more efficiently.
The case study also examines the company’s broader SLA workflow, including its use of automated resin-removal equipment from a third-party supplier. Together, faster printing and automated post-processing helped Stratasys Direct increase SLA throughput and revenue by 54% without adding personnel.
