Project Description
Multiple tool combinations
A variety of optional tools: Oscillating knife, presser, half knife, V knife, foam knife, milling cutter, round Knife, etc, to meet the cutting requirements of different materials.
Touch screen operation panel
Color & touch control panel, with a more intuitive operation interface, can directly input processing data, set processing speed and knife depth, support screen automatic protection, and protect processing data.
Safety protection device
Highly sensitive collision avoidance system and red light brake system. When the machine is cutting at high speed, it can effectively protect the safety of the operator.
Mold extrusion beam
The machine beam adopts all-aluminum structure, which reduces the weight of the beam and ensures the rapid movement of the machine. The mold extrusion process ensures the accuracy of the installation of the guide rail, the rack and the cutter head.
HWIN Taiwan Rail
Using Taiwan HWIN brand guide rail and four rows of high-precision ball sliders, with its own lubrication system, low friction resistance, to ensure high-speed and smooth cutting.
Japan Mitsubishi servo motor
Japan’s Mitsubishi servo motor, with large torque and good performance, provides powerful power for machine movement.
Scientific electrical control system
Scientific and reasonable wiring, each wire has a serial number, which is convenient for maintenance of the machine. All electrical components are equipped with Schneider brand electrics as standard, and Siemens electrics with UL certification can also be selected according to customer requirements.
High-quality pneumatic control system
Pneumatic components such as oil-water separator, pressure cylinder, solenoid valve and so on are all adopted Airtac brand, with stable performance. Continuously output high-intensity air pressure to ensure stable operation of the machine.
Reinforced bed
Welding and splicing processes are used. First, segment welding, and then after successful splicing, and finally use a super-large machining center for milling to ensure transmission accuracy.
| Cutting speed | Maxi 1500mm/s | ||
| Cutting Thickness | 0.2-110mm | ||
| Fixing | Vacuum absorption | ||
| Cutting Precision | ±0.2mm | ||
| Transmission interface | Ethernet port | ||
| Format compatible | AI software, Auto cad, Coral draw and all box software | ||
| Transmission materials | High precision rack and pinion | ||
| Drive motor | Japan’s Mitsubishi servo motor and drive | ||
| Cutting area | Customized according to the width of the processed material and the largest piece size | ||
| Standard configuration | Configuration A (Single cross beam，4 axis, Oscillating knife + pen) Configuration B (Single cross beam，4
axis, Oscillating knife + notch) |
||
| Configuration C (Single cross beam，6 axis, Oscillating knife+ Round knife + pen + notch) | |||
| Configuration C (Double cross beam，4 axis, Round knife + pen） | |||
| Configuration E (Double cross beam，6 axis, Oscillating knife + Round knife +pen + notch) | |||
AMOR has prepared a detailed installation guide video for you to easily install the machine and learn how to use it.
The perfect digital cutting machine is inseparable from intelligent cutting software. It can help you build an intelligent production plant.
Let you better understand how the machine cuts different materials such as textile, foam, leather, PET board, etc.
Share more experiences and stories on digital cutting machines to help you learn more about what you want.