Flying Laser Marking Machine

1.High-Performance Hardware Configuration

1.1 Self-developed UV laser with high stability for long-term continuous operation; mean time between failures (MTBF) exceeding 15,000 hours.

1.2 Self-developed high-speed digital signal galvanometer system with U.S. invention patents; integrated high-strength aluminum alloy structure, realizing high positioning accuracy, strong anti-interference capability and stable performance

1.3 Display-Controller: 10.1-inch suspended display-controller unit with compact and highly integrated design for easy operation; slave marking control mode supporting USB 2.0 communication with low reliance on industrial PCs and enabling gapfree marking; high-strength metal protective structure and excellent heat dissipation, offering better protection than ordinary exposed PCB boards and enabling non-stop operation.

2.Optimized Structural & Appearance Design

2.1 External Optical Path: Fully enclosed optical system, protecting optical components from external environmental impacts

2.2 Marking Direction: Able to configure the laser head downward, horizontally or upward to suit diverse applications; optional adjustment mechanism can be added for multiangle laser output

2.3 Control Cabinet: Compact control box mountable on the lifting platform column; smaller footprint and ideal for narrow installation spaces

2.4 Touch Screen: Fixed to the side of the lifting platform via a multi-directional adjustable bracket, with ergonomic operation design

2.5 Lifting Platform: Robust yet lightweight lifting mechanism allowing adjustment of height and horizontal position within a certain range

2.6 Overall Appearance: Anodized aluminum alloy machined parts with painted A3 steel sheet metal, attractive appearance, strong corrosion resistance and adaptability to industrial production environments.

3.Versatile Expansion Capabilities

3.1 Detection: Professional fiber-optic probe enabling gap-free and missed-mark-free marking; foot switch available for static marking

3.2 Speed Measurement: Reserved rotary encoder interface supporting optional speed-measuring encoder for real-time speed feedback to the control system for parameter compensation, ensuring consistent online marking quality.

3.3 Communication: Standard Ethernet, serial, USB ports and expansion slots for convenient data communication and hardware expansion

3.4 Protection: Protective cover can be fitted to the laser to ensure a safe operating environment.

4.Mature Software System:

Linux operating system with customizable language settings, dedicated laser flying marking control software, graphical interface, comprehensive functions and userfriendly operation.