Product OverviewThe Fixed Platform Model is a fixed‑platform cutting machine designed for stable, vibration‑free operation and consistent dimensional accuracy. Engineered with industrial components and a straightforward control interface, it supports repeatable production workflows while minimizing material waste. Suitable for workshops and manufacturing environments that require repeatable, high‑accuracy cutting across a variety of materials.
Key Features- Stable fixed platform: ensures vibration‑free cutting and consistent placement.
- High accuracy: delivers clean edges with repeatable results.
- Durable construction: industrial components for continuous use.
- User‑friendly controls: easy adjustment of speed, pressure and depth.
- Material versatility: compatible with wood, acrylic, fabric, leather, cardboard and plastics.
- Efficiency: reduces manual handling and material waste.
- Safety features: protective cover and emergency stop.
Technical Description- Cutting method: fixed platform precision cutting.
- Work area: stable surface for consistent material placement.
- Supported materials: wood, acrylic, leather, fabric, cardboard, plastic sheets.
- Cutting speed: adjustable high‑speed operation.
- Cutting accuracy: ±0.1 mm (material dependent).
- Control system: digital interface with PC connectivity.
- Software compatibility: works with industry‑standard design software.
- Safety: emergency stop and protective cover.
- Power efficiency: optimized for reduced energy consumption.
- Maintenance: low‑maintenance design with accessible service points.
Standard Sizes- 0808
- 1212
- 1410
- 1510
- 2018
- 2513
- 2516
- 3020
- 4020
Applications- Workshops
- Manufacturing units
- Creative industries: prototyping, signage, garment components, leather goods, packaging
Technical specifications- Cutting method: fixed platform precision cutting
- Work area: stable surface for consistent placement
- Supported materials: wood, acrylic, leather, fabric, cardboard, plastic sheets
- Cutting accuracy: ±0.1 mm (material dependent)
- Control system: digital interface with PC connectivity
- Software: compatible with industry‑standard design software
- Safety: emergency stop and protective cover
- Power efficiency: optimized for reduced energy consumption
- Maintenance: low‑maintenance design with accessible servicing points