Shenzhen Ruida Technology Co., Ltd.
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Ruida Laser Controller RDM4024G-PCI Standard Marking Card Laser Marking Control System
Description Of Ruida Controller RDM4024G-PCI
The RDM4024G-PCI marking control card is a high-performance motion controller developed by Ruida Technology, specifically for laser galvanometer applications. It adheres to standard PCI specifications and is built on an industrial-grade DSP + FPGA architecture. This design integrates advanced galvanometer control algorithms with laser synchronous control algorithms, enabling precise trajectory management of the galvanometer. Additionally, the card employs bi-directional DMA operations to enhance data communication efficiency.
| Parameter | RDM4024P-PCI |
| Laser source | CO2, fiber and UV |
| Axis | Four motion axes + two galvanometer shafts |
| Communication | PCI |
| Axis control interface | Pulse + dir or +/- pulse, differential two-terminal output |
| System function | Ordinary marking |
| Software | LaserMark |
| Installment encryption | Support |
| Firmware upgrade | Remote upgrade of mainboard program |
| operating system | Win7, Win8, Win10, 32-bit or 64-bit |
| Language | Chinese and English |
Product Photo
Application Fields
(1) Equipped with a CO2 laser, the system is ideal for marking on wood, leather, plastics, and paper. The CO2 laser's ability to produce intense infrared radiation makes it suitable for these materials, which absorb infrared light well.
(2) For marking stainless steel, aluminum oxide, copper oxide, and other alloy materials, including jewelry, metals, electronic components, batteries, chargers, switches, and more, a fiber laser is the preferred choice. Fiber lasers offer high power density and excellent beam quality, making them ideal for marking on a wide range of metals and alloys.
(3) Lastly, a UV laser is equipped for precision marking in the electronic industry. This type of laser is particularly suitable for marking on plastics, PVC, electronic circuit boards, cables, chips, LCD screens, glass, and food packaging. The UV laser's short wavelength and high energy density allow for precise and clean marking without damaging the surrounding material.
Software
LaserMark
Product Certification
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