Fison CNC Foam Cutting Machine FM-FCM-A100 provides precise foam shaping with a cutting dimension of 2000×1250×1200 mm and 3D four-axis control. Equipped with ball screw transmission and nickel chromium alloy wire, the system delivers accurate cuts with adjustable speed control. The machine supports asynchronous cutting, automatic typesetting, and software integration with Auto CAD and CAXA for efficient operation. Its aluminium alloy construction, low thermal expansion wire, and gravity-controlled wire feeding enable stable performance for complex foam cutting requirements.
$22,750.00
| Cutting dimension (L×B×H) | 2000×1250×1200 mm |
| Vertical arm cutting width | 1250 mm |
| Horizontal cutting distance | 2000 mm |
| Effective cutting height | 1200 mm |
| Cutting mode control | 3D two side asynchronous cutting |
| Controlling axis | 3D four axis |
| Transmission from | Ball screw drive |
| software | Auto CAD, CAXA |
| Speed | 2 mm/s |
| Host material | Section bar |
| Cutting curve | 0.4 mm nickel chromium alloy wire |
| Stepping motor | Shinnon-Japan |
| Power | 0.4 KW (excluding computer power) |
| Power supply | 380V, 50Hz |
| Dimension (L×B×H) | 2.5×1.5×2.4 m |
| Weight | 450 kg |
CNC Foam Cutting Machine FM-FCM-A100 is used for lost foam casting, EPS mold shaping, automotive prototyping, foundries, and large-scale mold production. It supports accurate foam processing with efficient cutting performance for industrial applications.
Accessories | Quantity |
Industrial Touch Screen | 1 set |
Vertical Arms | 1 set |
Resistance Wire (20 m) | 1 set |
Spring | 10 pcs |
Parallel Port Line/LPT | 1 pc |
Bolt Bag | 1 bag |
Fison CNC Foam Cutting Machine provides high-precision shaping of EPS and other foam materials using heated wire cutting technology. The Foam Cutting Machine delivers smooth, clean cuts with minimal material waste through accurate temperature control and stable wire movement. Equipped with CNC automation, ball screw systems, and user-friendly software compatibility, it supports complex 3D foam cutting operations with efficient performance and low energy consumption.