3D Printers
Industrial manufacturing demands 3D printing solutions built for real production environments. KEYENCE delivers industrial-grade filament-based additive manufacturing designed for reliability and consistency. Engineered around high-performance plastics, the GX platform enables durable, functional parts for jigs, fixtures, tooling, and production support—bringing dependable 3D printing directly to the factory floor.
Product Lineup
The GX-1000 Series is an industrial 3D printer capable of manufacturing large-format, complex components from engineering and high-performance plastics—directly on the production floor. Despite using a filament printing process, it eliminates the need for the complex settings often required by conventional systems. Common sources of error, such as warping, dimensional inaccuracies, and print failures, have been specifically eliminated. This allows the GX-1000 to be used immediately in any department, with no prior experience required. A newly developed algorithm with independently operating dual extruders ensures high printing speeds while maintaining consistent precision. Produce operating equipment, functional parts, tools, and fixtures in a fraction of the time—stable, dimensionally accurate, and ready for real-world use in a production environment.
Features
Produce Essential Jigs and Parts On-Site up to 90% Faster and at a Fraction of the Cost
3D printing has been transforming the way jigs and parts are produced in recent years.
With the GX Series, manufacturers are cutting lead times and costs by up to 90%, gaining flexibility and control like never before.
Assembly Jig
Delivery time: 0.7 days
Cost: $ 96
Conveyor Jig
Delivery time: 0.2 days
Cost: $ 26
Welding Jig
Delivery time: 0.2 days
Cost: $ 23
Cutting Jig
Delivery time: 0.3 days
Cost: $ 42
High-Performance Filament Allows for 3D Printing Without Restrictions
The GX utilizes high-performance materials required on manufacturing sites to accommodate large, complex shapes. It can handle a wide range of applications and requirements to maximize the costeffectiveness of purchasing a 3D printer.