Description
Introducing the H-1325EOT: The hybrid power of a CNC router and Electric Oscillating knife
Experience the incredible fusion of Heliner’s top tier CNC router combined with our precision oscillating knife. This machine is capable of performing every task that a CNC router and digital knife cutter can, from woodworking to plastics machining to foam cutting and more.
But when combined, this duo becomes a specialist in machining flexible materials. You can easily machine rubbers, soft plastic, fabrics and more – all with the unparalleled efficiency of this two-in-one machine.
The CNC router is 3-axis, but the oscillating knife is controlled by a fourth ‘A’ axis. The standardized Syntec system controls both, which streamlines the operation and ensures your CNC skills are transferable.
The 8-tool auto tool change system further expands your CNC machining options. Combine this with a 6 independent channel vacuum table, and you have an all in one CNC machine that is capable of adapting to any requirement.
SPECIFICATIONS (DEFAULT)
Working Area | X 1300mm x Y 2500mm x Z Height 300mm (size customizable) |
Spindle | 9kW, air-cooling, ISO30 tool holder (customizable) |
Digital Knife | Oscillating Knife |
Spindle Speed | 0-24,000 RPM |
Table | Vacuum table (6 independent channels) + T slots |
Control System | Syntec control |
Motor and Driver | Servo motors and drivers (customizable) |
Tool Magzine | 8-position linear tool magazine (customizable) |
Repeat accuracy | ±0.025mm |
Speed | Max feed rate 35m/min |
Power | NZ Power 415V, 3-Phase |
Weight | 1500kg |
Other features | Auto lubricant system, Precision Tool calibration sensor |
Safety | Multiple Emergency Stops Spindle Safety Guard and Dust Enclosure Safety Light Curtain (optional) All parts compliant with AS/NZS Safety Standards Installation procedures compliant with WorkSafe NZ. |
Want a dedicated CNC knife or CNC router? Check out our specialized Digital knife cutting machine, and the robust auto-tool change CNC router.
At Heliner, we love making custom solutions to novel problems – like this hybrid machine. We dive deeper into this, and other stories, on our LinkedIn.