Kinray Laser
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The marking system can precisely position and process products that are constantly in motion on an assembly line. During movement, the system automatically follows the position of the moving object to ensure accurate marking. Flying vision marking offers higher processing efficiency compared to conventional static vision laser marking.
This marking system is suitable for applications with a large processing range and is typically used with trays or entire boxes. The system supports pseudo-coaxial and off-axis modes, and supports laser marking.
The flying vision marking system can accurately locate and process products that are continuously moving on the production line. During the movement, the system automatically tracks the position of the moving object, ensuring accurate marking. Flying vision laser marking offers higher processing efficiency compared to ordinary static vision laser marking.
| Parameter/Feature | Specifications & Descriptions |
|---|---|
| Software kernel | Setup_LaserMarking |
| Laser | Supports CO2, YAG, FIBER, SPI, QCW, CW, etc., and allows software adjustment of parameters such as current, pulse frequency, and duty cycle according to different laser parameters. Real-time laser status display is available, and the JCZ laser digital communication protocol 1.0 supports almost all lasers on the market. |
| Red light display | Support, red light is the indicator light |
| Password control | Support, which prevents parameters from being modified arbitrarily. |
| IO control | The addition of port control functionality allows for easy automation of your machines. |
| Galvanometer calibration | 3D correction, traditional trapezoidal correction, barrel (pillow) correction, and parallelogram correction. Dedicated correction software provides extremely accurate correction results. |
| Filling | Background fill, circular fill, arbitrary angle fill, and cross fill; margins, borders, and spacing are adjustable. Supports 8 layers of fill, each with independently adjustable parameters. |
| Editing function | Layers, 3D curve marking, slicing, dynamic fill, 3D curve projection, surface wrapping, bitmap to emboss, arbitrary curve text, arbitrary shape drawing/ editing, break/ group, group/ ungroup, cancel/restore, weld, trim, cross, align, automatic curve connection |
| Text input function | Support TrueType fonts, single-line fonts (JSF), bitmap fonts (DMF), SHX, and support for user-built font libraries. |
| 256-layer parameters | Customizable and easy to achieve multi-parameter labeling |
| Barcodes and QR codes | Code 39, EAN, PDF417, DATAMATRIX, QR, PostNet, PLANET, UKRoyalMail4statecustomer, AZTECCODE, MicroQRCODE, VERICODE, etc. |
| Vector file | PLT, DXF, AI, DST, SVG, GBR, NC, JPC, BOT |
| Bitmap file | Segmentation and processing of BMP, JPG, JPEG, GIF, TGA, PNG, TIF, and TIFF files. |
| Variable text | Supports fixed text, date, time, keyboard input, jumper, list files, dynamic files, Excel tables, TXT files, serial communication, and network communication. |
| Multilingual support | It includes built-in Chinese, English, Korean, Japanese, French, and German languages, and can automatically translate based on the language pack for easy localization. |
| Optional features | Four-axis point-to-point motion, dual-axis splicing, flying marking, and secondary software development. |
| Calibration table | Up to four calibration tables can be loaded and switched online. |
| Multi-layer XY plane | Supports and significantly improves the XY plane correction accuracy of 3D correction. |
| Offline layers | Supports switching and processing of 16 offline layers. |
| Online circular command | Supported for high-precision small circle machining. |
| 3D model file | STL, DXF |
| Processing function | Large-format dynamic focusing, projector positioning function, multi-channel extended axis, estimated processing time, ultra-fast dot-matrix 2D barcode marking, uniform filling function, power and speed gradual in and out function, circular and sine curve jitter function, and material parameter assistant function. |
Standard products typically ship within approximately one month (including shipping time). Custom product lead times will be determined based on the technical specifications and material availability. We will provide you with a detailed timeline after confirming your requirements.
Small MOQ is supported for standard models. The exact MOQ depends on the product model.
Yes, we offer a complete SDK, development documentation, and support for secondary development and remote technical assistance.
Please get in touch with us to receive a custom quote. Orders are officially confirmed via PO, and we support multiple international payment methods for your convenience.
Our systems are widely used in machine vision, automated inspection, vision positioning, laser marking, robot guidance, semiconductor, and electronics manufacturing.
We support Sony, Onsemi, and other leading industry sensor brands.
