REMEYA Fiber Laser Cutter is a computer-operated cutting device utilized for precise cutting, engraving, and marking of various metals and non-metallic materials. It functions by following digital designs from applications such as CAD/CAM, converting them into instructions (G-code) to control a high-power laser source. This automation facilitates the efficient creation of intricate parts, metal components, signage, and decorative items with exceptional accuracy and consistency.

1. Laser Source & Cutting Head

• REMEYA Laser Source: Equipped with a high-performance fiber laser source, featuring high electro-optic conversion efficiency for reduced energy consumption. It ensures high reliability and a long service life, designed for maintenance-free operation and consistent power output.

• REMEYA Laser Cutting Head: The cutting head is designed for stable and precise laser delivery. Paired with a capacitive height sensor, it automatically maintains the optimal focal distance from the material during cutting, ensuring consistent cut quality across uneven surfaces or different thicknesses.

• Collimator & Focus Lens: High-quality optical components ensure minimal laser energy loss and a finely focused beam for sharp, clean cuts.

• Cooling System: Supported by an efficient S&A Water Chiller. It provides stable dual cooling for the laser source, features real-time alarm capabilities, and plays a crucial role in overall machine thermal management and protection for long-duration operation.

2. Compatible Materials
These machines can cut a wide range of conductive and non-conductive materials. The maximum cutting thickness depends on the material type and laser power.

• Metals:

  • Mild Steel, Carbon Steel

  • Stainless Steel

  • Aluminum Alloy

  • Brass, Copper

  • Galvanized Steel

• Other Materials:

  • Acrylic

  • Wood (e.g., Plywood, MDF)

  • Plastic Sheets

  • Composite Materials

3. Motors & Drive Systems

• Servo Motors: Driven by high-performance Inovance servo motors (REMEYA Servo Motor). These motors offer high positional accuracy, exceptional high-speed performance, and high adaptability with stability. They feature a very short dynamic response time for precise and rapid motion control.

• Transmission Components: The machine utilizes high-precision transmission components from Taiwan APEX, providing an accurate instantaneous transmission ratio, high efficiency, and contributing to the system’s long operational life and responsive motion.

4. Machine Size & Worktable Dimensions

• Standard Sizes: Common working area sizes (X*Y) include formats such as:

  • 1500×3000 mm

  • 2000×4000 mm

  • 2500×5000 mm

• Custom Sizes: Manufacturers can often customize the machine’s overall size and worktable dimensions based on production needs and factory space.

• Worktable Type: Typically a slat worktable or a vacuum/blowing table with adjustable supports to hold materials securely while allowing slag to fall through.

5. Control System & Software

• Controller & OS: The machine is controlled by a user-friendly REMEYA Operating System. This system is powerful and easy to use, offering a complete cutting process setup and easy debugging. It includes real-time monitoring and alarm functions for stable and reliable operation.

• Software Compatibility: Machines typically support various design file formats (DXF, DWG, AI, etc.) and can work with common nesting and CAD/CAM software. The control system often includes or interfaces with dedicated laser cutting software for path optimization and parameter management.

6. Precision & Mechanical Structure

• Positioning Accuracy: Can achieve high accuracy, e.g., ±0.03mm.

• Repeat Positioning Accuracy: Can reach ±0.02mm.

• Gantry Structure: Features a 3rd Generation Aviation Aluminum Gantry. Manufactured to aerospace standards using high-pressure extrusion and aging treatment (6061-T6), it offers high toughness, light weight, and corrosion resistance, significantly increasing processing speed and dynamic performance.

• Guide Rails: The structure is built with high-precision square rail guides (REMEYA Square Rail) from suppliers like SHAC. These rails ensure accurate guiding, high transmission efficiency, and are designed for long-term durability with minimal maintenance.

• Precision Components: Incorporates quality components from Japan Shimpo, supporting stable operation and seamless integration with the machine’s control systems for reliable performance.

7. Additional Features & Customizable Options

• Voltage Requirements: Machines can be configured for different regional power standards like AC220V, 380V, or 415V.

• Automation Features:

  • Automatic Lubrication Systems to maintain guide rails and screws.

  • Automatic Focus Adjustment (standard with cutting head).

  • Fume Extractors and Air Assist Systems.

• Safety and Certification: Machines are built to meet international safety standards like CE. Laser sources comply with relevant Class safety regulations.

• After-Sales Service & Warranty: Warranty periods vary for different components (e.g., laser source, mechanical parts). Comprehensive support includes installation, training, online technical support, and provision of spare parts.