Jigsaw Machine
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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. Applicable scope includes tray-packed item processing, 3C industry, printed material cutting, metal nameplates, pipe fittings, locks, and zippers, automotive parts, craft gifts, and electronics.
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.
| Feature | Details / Support Parameters |
|---|---|
| Software Kernel | Setup_LaserMarking |
| Laser Support | Supports CO2, YAG, FIBER, SPI, QCW, CW, etc. Adjust current, pulse frequency, and duty cycle via software. JCZ digital communication protocol 1.0 supported. |
| Red Light Display | Supported, red light indicator light |
| Password Control | Supported, prevents parameters from being modified arbitrarily. |
| IO Control | Port control functionality allows for easy automation. |
| Galvanometer Calibration | 3D correction, traditional trapezoidal correction, barrel (pillow) correction, and parallelogram correction. |
| Filling Features | Background, circular, arbitrary angle, and cross fill. Supports 8 layers of fill with independent parameters. |
| Editing Functions | Layers, 3D curve marking, slicing, dynamic fill, surface wrapping, bitmap to emboss, weld, trim, and alignment. |
| Text Input | Support TrueType, single-line fonts (JSF), bitmap fonts (DMF), SHX, and user-built libraries. |
| Barcodes & QR Codes | Code 39, EAN, PDF417, DATAMATRIX, QR, PostNet, AZTECCODE, MicroQRCODE, etc. |
| Vector Files | PLT, DXF, AI, DST, SVG, GBR, NC, JPC, BOT |
| Bitmap Files | BMP, JPG, JPEG, GIF, TGA, PNG, TIF, TIFF |
| Multilingual Support | Built-in Chinese, English, Korean, Japanese, French, and German. |
We are a high-tech enterprise with over a decade of experience, specializing in the R&D of industrial camera hardware and software as well as machine vision application solutions. Backed by a professional R&D team of more than 30 engineers, we focus on the design, manufacturing, and commercialization of industrial cameras, supporting a wide range of interfaces including USB2.0, USB3.0, GigE, 10GigE, GMSL, and GMSL2. We also provide custom multi-camera modules and tailored machine vision solutions to meet diverse application requirements.
In recent years, we have partnered with hundreds of enterprises worldwide, delivering vision technologies that are deeply integrated into real-world scenarios. Our products are widely used in machine vision, industrial inspection, robotics, drones, 3D imaging, agricultural monitoring, biomedical research, and education.
A: 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.
A: Small MOQ is supported for standard models. The exact MOQ depends on the product model.
A: For existing customers, test samples may be requested based on project requirements. For new customers, we offer paid testing or short-term rental options. Should testing meet requirements and subsequent orders be placed, testing fees may be applied toward the purchase price.
A: We are a professional industrial camera manufacturer integrating R&D, production, and sales, with our own technical team and production facilities.
A: Yes, we offer a complete SDK, development documentation, and support for secondary development and remote technical assistance.
A: Our cameras are widely used in machine vision, automated inspection, vision positioning, laser marking, robot guidance, semiconductor, and electronics manufacturing.
