Top Tier Performance
Achieving top-tier industrial performance, this robust router stands out with its formidable milling capabilities, promising unmatched power and precision in the realm of industrial machinery.
Embracing large-scale operations, our cutting-edge digital cutting system boasts impressive widths, complemented by customisable table lengths to cater to diverse project requirements, ensuring versatility and efficiency at every turn.
Simplifying the installation process, our equipment features detachable components designed to facilitate seamless setup even in spaces constrained by limited entrances, enhancing accessibility without compromising on quality or functionality.
Employing a cutting-edge precision gear and rack transmission system, our machinery sets new standards in accuracy and reliability, guaranteeing impeccable cutting performance with every operation, catering to the most demanding industrial needs with finesse.
Powered by a cutting-edge DMC motion controller, our machinery is equipped to deliver unparalleled performance metrics, boasting a maximum acceleration of 1G and a maximum speed of 1200mm/s, coupled with a remarkable precision level of ±0.05mm, ensuring superior efficiency and accuracy in every task it undertakes, setting a new benchmark for precision engineering in the industry.
Exceptional Quality
- Modularised cutting head holding up to 3 different tool combinations reduces job setup time and improve efficiency.
- High power router assembly with vacuum extraction system (1800w, max. 60,000RPM).
- Automatic Tool Changer (ATC) for routing, trimming and polishing rigid materials such as Acrylic, PVC foam board, MDF, ABS and various plastic board without manual tool changes and setups.
- Six separate vacuum zones for maximum holding-down force across a wide range of materials up to 50mm thick.
- Control software included as standard with friendly interface and powerful editing and optimising functions.
- Carbon fibre reinforced gantry for intense industrial production, reliable and steady
- Industrial aluminium delivers high rigidness, yet easy to transport and assemble.
OptiScout Vision Software
- Supports a wide range of material profiles that can be amended and saved for consistent quality and productivity.
- Simulation modes and reordering job paths can be optimised to boost production efficiency.
- Automatically create bridging on routed materials if required, so that wafer thin pieces remain in place and are not extracted, enabling precision placement of complex objects.
- Feed optimisation for jobs that are longer than the 3.2m cutting bed, allowing for long production runs.
- Supports QR codes for easy, individual job detection.
- Can connect to a variety of RIP software to share material databases.
For more tooling information, follow the links below:
| Tool Name | Description | Materials |
|---|---|---|
| Universal Cutting Tool / Drag Knife (UCT) | The drag knife cuts by gliding along the surface of the material with a single edge, similar to traditional knife cutting. This method is fast and efficient for materials that don’t require much force to cut through. | Vinyl, paper, thin plastics, and foam. |
| Kiss Cutting Tool (KCT) | A cutting technique that only cuts through the top layer of material, leaving the backing or bottom layers intact. This is extensively used in sticker and label manufacturing. | Adhesive vinyl, stickers, labels, films |
| Electric Oscillating Tool (EOT) | A reciprocating (up-and-down) cutting tool that moves at high speeds, suitable for cutting tough or thicker materials. The oscillating motion allows it to cut through materials that are difficult to slice with a drag knife. | Leather, rubber, foam, composites, textiles, corrugated materials. |
| V-Cutting Tool (VCT) | A specialized type of cutting where the blade makes angled cuts to form “V” grooves. This technique is useful for folding rigid materials or constructing 3D shapes. | Foam board, corrugated plastic, honeycomb board. |
| Creasing Tool (CWT) | A non-cutting process where the machine creates fold lines by applying pressure along a predefined line. This is crucial for creating foldable parts, such as in cardboard boxes or packaging materials. | Corrugated cardboard, paperboard, cardstock. |
| Routing | Used for cutting and shaping thicker or more rigid materials by routing them with a high-speed rotating tool. This process is common in making signs and display materials. | Acrylic, wood, composite materials, plastics, PVC, foam. |
