Laser cutting and engraving machine FTC series

CO2 laserinfrared laserfor wood

Overview
CO₂ laser machines are industrial cutting and engraving systems using a CO₂ laser source to cut, mark and engrave non-metal materials such as wood, acrylic, leather, fabric, paper and many plastics. They operate without physical contact, providing fine detail and repeatable results for signage, packaging, textiles, prototyping and production environments.

Key Features

• High-precision cutting and engraving with fine edge quality and detailed marking
• Suitable for a wide range of materials: wood, acrylic, leather, textiles, paper and plastics
• Adjustable laser power, speed and focus via user-friendly interface
• Stable frame and motion system to minimize vibration and maintain accuracy
• Industrial-grade components and configurable cooling to support continuous use
• Operational efficiency through automated control and reduced material waste
• Built-in safety: protective enclosure and emergency stop functions

Technical Description

• Laser type: sealed CO₂ glass tube or RF metal tube
• Wavelength: 10.6 µm (infrared)
• Power range: 40 W–300 W depending on model
• Working area: model-dependent (examples: 600 × 400 mm to long-bed formats up to 6000 × 400 mm)
• Cutting thickness: up to approximately 25 mm depending on material
• Supported materials: wood, acrylic, leather, fabric, paper, various plastics, rubber and other non-metals
• Cooling system: water-cooled or air-cooled according to tube type
• Control: computerized DSP controller, compatible with standard CAD/CAM software
• Positioning accuracy: about ±0.1 mm with high-speed stepper or servo drives
• Typical applications: cutting, engraving, marking, prototyping and decorative finishing

Models and Cutting Ranges (listed on page)

• FTC-6012 — 6000 × 120 mm
• FTC-6016 — 6000 × 160 mm
• FTC-6022 — 6000 × 220 mm
• FTC-6035 — 6000 × 350 mm
• FTC-6040 — 6000 × 400 mm
• FTC-6052 — (model listed)

Technical specifications

• Laser options: sealed glass CO₂ tube or RF metal tube
• Common power options: 40 W to 300 W
• Working area and bed format vary by model (from small flatbeds to long-bed cutters)
• Maximum cutting thickness up to ~25 mm, material-dependent
• Cooling matched to tube type (water or air)
• Computerized control with DSP and CAD/CAM compatibility
• Typical positional precision ~±0.1 mm with stepper/servo drives
• Designed for industrial production with protective enclosures and safety features