UMC4 is a control card used for laser marking machines, typically used for connecting and controlling laser marking equipment such as CO2 lasers, fiber lasers, etc. The UMC4 control card has high signal processing capabilities and supports various adjustments and operations for laser marking machines. Here are the main features of the UMC4 control card:

1. Support for Multiple Lasers

UMC4 supports various types of lasers, including CO2 lasers, fiber lasers, UV lasers, etc., and is compatible with different brands and models of laser marking machines.

2. High-performance Drive

The UMC4 control card is controlled by a high-performance digital signal processor (DSP), ensuring precise control and high-speed operation during the laser marking process. It can drive the laser with a high pulse frequency, resulting in more detailed and clear marking effects.

3. Multiple Interfaces

UMC4 typically features multiple communication interfaces, such as USB, Ethernet, RS232, etc., making it convenient to connect to computers, PLCs, photoelectric sensors, and other devices, meeting industrial automation control needs.

4. Detailed Marking Functions

UMC4 supports various marking modes such as vector marking, bitmap marking, barcodes, QR codes, graphic texts, etc., enabling very fine marking results.

5. High-speed Data Transmission

With high-speed bus and caching technology, UMC4 can quickly transmit marking data, avoiding the adverse effects caused by data transmission delays, ensuring smooth operation during the marking process.

6. Software Support

UMC4 typically comes with specialized marking software, allowing operations such as graphic design, text layout, and parameter setting on a computer. The software interface is usually simple and easy to use, enabling even operators without professional backgrounds to quickly get started.

7. Interaction with External Devices

UMC4 control card usually works in conjunction with external devices (e.g., PLCs, sensors, photoelectric switches) to achieve automated control of the production line. For example, when the PLC receives a start signal, UMC4 can directly receive the signal and initiate the laser marking process.

8. Parameter Adjustment and Control

UMC4 allows adjustment of laser power, pulse width, frequency, and other parameters to meet the requirements of different materials and processing needs, ensuring the marking quality.

9. High Stability

UMC4 is designed with a strong emphasis on stability, capable of running continuously and reliably in harsh industrial environments, reducing system failure rates.

Application Scenarios:

• Industrial Production Line Marking: Used on production lines for marking or engraving with laser marking machines, the UMC4 control card cooperates with PLCs and other devices to achieve automated control.

• Electronic Products: Used for marking circuit boards, components, etc.

• Automotive Parts: Used for laser marking, QR code, or batch number marking on automotive parts.

• Precision Tools and Medical Devices: Used for high-precision marking of components.

If you're considering using the UMC4 control card, it may be ideal for integrating with your production line system, especially in cases where high-efficiency, high-precision marking is required.