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Flying Laser Marking Machine

Flying Laser Marking Machine

The MRJ-Laser Flying Laser Marking Machine is a high-speed, dynamic industrial solution designed for non-stop, continuous coding on moving products. Utilizing advanced galvanometer and control software, it precisely marks products "on the fly" as they pass on a conveyor belt, drastically improving efficiency. It is configurable with either Fiber (1064nm) or COβ‚‚ (10600nm) laser sources to accommodate marking requirements on both metal and non-metal substrates.
Category: Laser Marker
Brand: MRJ - Laser

Flying Laser Marking Machine – High-Speed Inline Coding Solution

The Flying Laser Marking Machine, also known as an Online Laser Coder, is specifically designed for integration into continuous production lines within industries such as packaging, food and beverage, pharmaceuticals, and cable manufacturing. Unlike traditional static marking systems, it marks products in motion, eliminating the need for line stoppages during coding operations.

Key Features and Integration

1. Continuous High-Speed Coding
The system intelligently synchronizes laser firing speed with the conveyor belt movement, ensuring precise, real-time marking even at high production speeds. This enables seamless non-stop coding without affecting throughput.

2. Versatile Laser Source Integration
The Flying Laser Marking System can be configured with different laser sources to suit diverse material and application needs:

  • Fiber Laser: Ideal for metal cans, plastic packaging, and automotive parts (e.g., 50 W Flying Fiber).
  • COβ‚‚ Laser: Perfect for bottles, cardboard boxes, cables, films, and flexible packaging materials (e.g., 30 W Flying COβ‚‚).

3. Automation and Smart Control
Equipped with PLC (Programmable Logic Controller) management for real-time integration with production and data systems. Supports automatic input of variable data such as time, date, shift codes, batch numbers, and serial IDs, ensuring consistent traceability and compliance.

4. Industrial Design and Modularity
Built with a robust, modular design, typically featuring a separate control cabinet and marking head for flexible installation within existing production lines. The design allows easy maintenance and adaptability for line speed changes or product variations.

Common Applications

  • Expiration date and batch coding on food and beverage bottles, containers, and cartons.
  • Serialization and traceability marking on pharmaceutical packaging.
  • Identification and logo marking on cables and wire sheathing (e.g., polyethylene).
  • High-speed coding on flexible packaging films, foils, and pouches.

Technical Specifications

 

Specification

Detail (Typical Range)

Laser Source CompatibilityFiber Laser (1064 nm) or COβ‚‚ Laser (10600 nm)
Laser Power20 W – 50 W (Fiber); 10 W – 30 W (COβ‚‚)
Operation ModeOnline / Continuous Flying Marking (Non-Stop)
Max Linear SpeedUp to 120 m/min (Dependent on code length and laser source)
Marking Area70 mm Γ— 70 mm to 175 mm Γ— 175 mm (Lens dependent)
IntegrationEquipped with I/O interfaces for encoder, sensor, and PLC connectivity
Cooling MethodAir Cooling or Water Cooling (depending on integrated laser power)
SoftwareDedicated Flying Laser Software supporting real-time variable data (date, batch, serial number, etc.)
Applicable MaterialsMetals, Plastics, Glass, Films, Paper, and Cable β€” based on selected laser source
Process TypeHigh-Speed Industrial Coding and Product Traceability
Control InterfaceTouchscreen Interface or PC-based Control System