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Accelerate your transition to large-scale production with the industry’s most versatile and integrated Robotic 3D Printing Cell.
Engineered for high-throughput pellet extrusion, our solution eliminates the hidden complexities of traditional robotic integration. While typical industrial printers require costly floor anchoring and third-party safety audits, our cell arrives fully CSA/ISO certified, enclosed, and mounted on a mobile heavy-duty base.
Whether you are printing aerospace molds, automotive prototypes, or architectural components, our plug-and-play LFAM system offers a true turnkey experience—shipped in a standard container and ready to print within hours of arrival.
Stop wasting months on complex robotic integration. Our 3D printing cell arrives as a fully engineered, turnkey asset designed to fit your workflow immediately. From the reinforced mobile base to the integrated safety systems, we’ve handled the engineering so you can focus on production. It’s not just a robot; it’s a certified industrial manufacturing station delivered to your door.
Our cell comes standard with a fully integrated safety enclosure, interlocked doors, and light tower, ensuring immediate compliance with North American safety standards.
No floor drilling or complex site preparation required. Simply connect power and compressed air, and start printing within hours of delivery.
Engineered for global logistics. The entire cell is retractable, fitting perfectly into a standard shipping container to minimize transportation costs and lead times.
Powered by our Pulsar® pellet extruder technology, achieve consistent extrusion rates of 2.5kg/h with industrial-grade pellets for maximum throughput.
Why anchor your innovation to the floor? Our unique mobile base allows you to reorganize your shop floor as your production needs evolve. Combined with our seamless software integration, moving from CAD to printed part has never been faster.
Leverage the full range of motion of an industrial 6-axis robot. Our cell is optimized for complex geometries, non-planar printing, and large-scale overhangs that traditional 3-axis machines cannot achieve.
Optimized for the Pulsar™ high-flow system, our cell supports hardened steel nozzles ranging from 1.0mm up to 5.0mm. This allows for the perfect balance between fine surface detail and rapid structural deposition.
Designed for 24/7 industrial environments, our integrated liquid-cooling system ensures the Pulsar™ maintains perfect thermal stability. This allows for consistent extrusion quality even during weeks of continuous high-temperature printing.
Material integrity is non-negotiable. Our cell features a fully integrated 40L or 80L pellet dryer, synchronized with our automated vacuum feeding system. This ensures that engineering-grade hygroscopic polymers are processed at optimal conditions for maximum part strength.
Minimize downtime with our integrated vacuum-conveyed pellet feeding system. Designed for high-volume production, it ensures a continuous material supply to the Pulsar™ for large-scale parts without manual intervention.
Future-proof your investment. Our cell architecture is designed to support hybrid additive and subtractive manufacturing. Seamlessly switch between high-flow 3D printing and precision milling to achieve industrial-grade surface finishes within a single robotic workflow.
At the heart of our robotic cell is the Pulsar®—the industry’s leading high-flow pellet extruder. While others struggle with inconsistent flow at large scales, our system is engineered for continuous, heavy-duty production. By integrating Pulsar® technology, our cell delivers the raw power needed for massive parts while maintaining the thermal stability required for technical engineering materials.
| Parameter | Specification |
|---|---|
| Build Volume | 1650mm x 1100mm x 1000mm |
| Extrusion Rate | Up to 2.5 kg/h |
| Robot Model | Kuka® KR 16 R2010-2 (with KR C5 Controller) |
| Robot Payload | 16 kg (Optimized for high-speed precision) |
| Extrusion Systems | Typhoon® (Filament), Pulsar® or Pulsar® Atom (Pellets) |
| Total System Weight | Approx. 1600 kg |
| Footprint (W x L x H) | 4100mm x 2000mm x 2100mm |
| Communication Interface | RobotSync™ Hub (Fully Integrated) |
| Safety Certification | Fully CSA / ISO Compliant |
| Power Requirements | 600V / 480V / 208V (Configurable) |
| Base Type | Heavy-duty Mobile Steel Base (No drilling required) |
| Shipping Dimensions | Retractable to fit standard Shipping Container |
| Path Planning | Pre-configured with Adaxis AdaOne software |
| Compatible Materials | PLA, ABS, PETG, Glass/Carbon Fiber Reinforced (Pellets) |
Contact our engineering team to discuss your project requirements and get a personalized technical assessment.