TheSTMDRAGON STM-CNC-1625 is an industrial oscillating knife cutting machine designed for accurate and efficient processing of flexible and composite materials. With a 1600 × 2500 mm working area, oscillating knife technology, red-light positioning, and an aluminum honeycomb vacuum worktable, it is suitable for a wide range of cutting applications.
The machine supports 0.1–20 mm cutting thickness, 500–1500 mm/s cutting speed, and 500–2000 mm/s travelling speed, with cutting accuracy up to ±0.02 mm, depending on the material and cutting pattern. It supports PLT, DXF and other compatible file formats.
Key Features & Specifications:
- Модель: STM-CNC-1625
- Тип машины: Oscillating Knife Cutting Machine
- Working Area: 1600 × 2500 mm
- Cutting Thickness: 0.1–20 mm
- Cutting Speed: 500–1500 mm/s
- Travelling Speed: 500–2000 mm/s
- Cutting Accuracy: ±0.02 mm, depending on material and cutting pattern
- Work Table: Aluminum honeycomb vacuum worktable
- Tools: 20 oscillating knife blades — 10 × 20 mm and 10 × 25 mm blade lengths
- Positioning: Red-light pointer positioning
- Drive System: Taiwan linear guide rail, rack and pinion drive, Japan Panasonic servo motor, ball screw
- Cable: Germany Igus cable
- Transmission Interface: Ethernet port
- Machine Bed: 5 mm thick custom integrated welded bed
- Supported Formats: PLT, DXF, etc.
- Напряжение: 220V/380V ±10%
- Частота: 50/60Hz
- Вес машины: Approximately 1000 kg
The machine is suitable for advertising materials, packaging, leather goods, textiles, automotive interiors, composite materials, and other flexible or sheet-based applications. Its professional nesting software helps optimize cutting layouts and improve material utilization, while the integrated control system and industrial touchscreen reduce the need for a separate computer.
Safety features include emergency stop, collision protection, and infrared intelligent safety detection for improved operator and machine protection.
Гарантия: 1 Year Limited Warranty for the Entire Machine.
Доставка:7–30 дней в зависимости от предоставленной информации.