Stylo Laser
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| Model NO. | YY-300W-F |
| Customized | Customized |
| Standard Component | Standard Component |
| Type | Laser Machine Frame |
| Camera Type | Gigabit Network Industrial Camera / Flying-Shot Camera |
| Lens Focal Length | 12mm/16mm |
| Annotation Mode | Equal-Flow / Induction / Xy Platform / Dual-Flow L |
| Standard Software | Standard Visual Marking Software / Flight Marking |
| Control Card Type | V1 Single-Axis / V2 Dual-Axis / Flight Marking Car |
| Optional Accessories | Assembly Line / Uplight / Circular Light / Bar Lig |
| Type of Protection | Optical Fiber Laser Lens |
| Specification | 51mm x 51mm x 41mm |
| HS Code | 85258919 |
The independently developed visual laser marking system deeply integrates laser marking, motion control, and automatic loading and unloading technologies, enabling unmanned automatic marking processing. The software system supports customized assembly lines (x, y dual-axis platforms), and supports flying marking, pseudo-coaxial mode, and off-axis mode.
Through visual automatic recognition, positioning, and motion control, it achieves dynamic marking on assembly lines. Using visual positioning technology to guide the laser for precise marking of workpieces, it solves problems such as difficulty in manual positioning and low marking efficiency.
Suitable for applications with a large processing range and is typically used with trays or entire boxes. Supports pseudo-coaxial and off-axis modes. Ideal for 3C industry, metal nameplates, hardware tools, and electronic components.
Locates and processes products continuously moving on the production line. Automatically tracks position during movement, ensuring high processing efficiency. Suitable for pipe fittings, food packaging, and medical devices.
Specializing in the R&D of industrial camera hardware and software as well as machine vision application solutions. Supported by a professional R&D team focusing on industrial cameras including USB2.0, USB3.0, GigE, 10GigE, GMSL, and GMSL2 interfaces. Our technologies are deeply integrated into real-world scenarios including machine vision, industrial inspection, and robotics.
