CO2 Laser Power Supply - Reliable Energy for Co2 Laser Cutter and Engraver
Our CO2 laser power supplies include the MYJG series, compatible with RECI DY series, and HY series, delivering efficient and stable power for your cutting and engraving machines. Designed for seamless integration with a wide range of CO2 laser systems, these power supplies ensure consistent high performance. Whether you need a replacement or a new installation, our power supplies are backed by expert technical support to keep your machines running smoothly.
Product Showcase
DY Series CO2 Laser Power Supply – Specifically Designed for Reci Laser Tubes
The DY Series CO2 Laser Power Supply is specifically designed for Reci laser tubes, offering reliable, efficient power for CO2 laser cutting and engraving machines. With a lightweight, flat design and an aluminum casing, it provides excellent heat dissipation and weighs 30% less than traditional power supplies. Compatible with 60W to 150W laser tubes, the DY Series ensures stable power output and fast response time, making it ideal for both cutting and engraving applications. It features easy control with support for analog and PWM signals, built-in safety protection with open circuit prevention, and convenient maintenance through a manual test button and indicator lights. Whether installed horizontally or vertically, this power supply is the perfect choice for ensuring peak performance and reliability in Reci laser tube systems.
DY10
Compatible with 60-80W laser tubes, maximum output voltage of 35KV, weight 1.75kg.
DY13
Compatible with 80-100W laser tubes, maximum output voltage of 40KV, weight 2kg.
DY20
Compatible with 130-150W laser tubes, maximum output voltage of 50KV, weight 3.14kg.
ES Series CO2 Laser Power Supply – Enhanced Design for Superior Efficiency
The ES Series CO2 Laser Power Supply is an advanced power solution specifically designed for high-end laser engraving machines, cutting machines, marking machines, and laser die-cutting machines. This series, including HY-ES80, HY-ES100, and HY-ES150, offers exceptional compatibility with laser tubes and machines, greatly improving overall operational efficiency. The ES series supports 50W-150W CO2 laser tubes.
The ES Series power supplies are ideal for high-end laser systems, offering powerful performance and broad compatibility for a variety of cutting and engraving applications. Its enhanced safety features and stable power output provide reliable support for efficient production.
ES80/ESA80
Suitable for 50-80W laser tubes, maximum output voltage 40KV, weight 2.15kg.
ES100/ESA100
Suitable for 80-120W laser tubes, maximum output voltage 45KV, weight 2.45kg.
ES150/ESA150
Suitable for 130-180W laser tubes, maximum output voltage 55KV, weight 3.2kg.
Z Series CO2 Laser Power Supply – Intelligent Design for Enhanced Efficiency
The Z Series CO2 Laser Power Supply is a fifth-generation intelligent power supply designed for CO2 laser cutting and engraving machines, compatible with most CO2 lasers from domestic and international manufacturers. This series includes the HY-Z80, HY-Z100, and HY-Z150 models, specifically engineered for 80W-150W Reci and EFR laser tubes. With a built-in LCD display, it offers users a more intuitive experience, simplifying maintenance and fault diagnosis on-site.
The Z Series power supplies are perfect for high-end laser cutting and engraving systems. With intelligent design and multi-function displays, they ensure high efficiency and stable performance, especially when paired with Reci and EFR laser tubes.
Z80
Suitable for 600W laser tubes, with a maximum output voltage of 40KV, weighing 2.15kg.
Z100
Suitable for 650W laser tubes, with a maximum output voltage of 45KV, weighing 2.45kg.
Z150
Suitable for 900W laser tubes, with a maximum output voltage of 55KV, weighing 3.2kg.
T/TA Series CO2 Laser Power Supply – High Stability and Efficiency
The T/TA Series CO2 Laser Power Supply is a versatile power supply developed for CO2 laser cutting and engraving machines. It is our most popular product due to its high stability and efficiency, making it widely praised in the industry. The series includes models such as HY-T50, HY-T60, HY-T80, HY-T150, supporting 50W to 150W laser power, ensuring excellent performance across various applications.
The T/TA Series is ideal for a wide range of laser systems, including engraving machines, cutting machines, marking machines, leather cutters, garment cutters, glass engravers, and more.
T50
Supports 30-50W laser tubes, maximum output voltage 25KV, weight 1.65kg.
T60
Supports 50-70W laser tubes, maximum output voltage 35KV, weight 2.2kg.
TA100
Supports 80-100W laser tubes, maximum output voltage 40KV, weight 2.95kg.
TA150
Supports 100-150W laser tubes, maximum output voltage 50KV, weight 4.6kg.
X/XA Series CO2 Laser Power Supply – High Compatibility and Versatile Applications
The X/XA Series CO2 Laser Power Supply is designed for CO2 laser cutting and engraving machines, offering stable and reliable performance. With excellent compatibility, it seamlessly matches a wide range of CO2 laser tubes from 30W to 150W worldwide.
Suitable for industries like advertising engraving, leather processing, and garment manufacturing, boosting productivity and precision.
X50/XA50
Suitable for 250W laser tubes, with a maximum output voltage of 25KV, weighing 1.7kg.
X60/XA60
Suitable for 300W laser tubes, with a maximum output voltage of 25KV, weighing 1.7kg.
X80/XA80
Suitable for 450W laser tubes, with a maximum output voltage of 30KV, weighing 2.2kg.
X100/XA100
Suitable for 600W laser tubes, with a maximum output voltage of 35KV, weighing 2.5kg.
X150/XA150
Suitable for 750W laser tubes, with a maximum output voltage of 40KV, weighing 3.6kg.
MYJG Series CO2 Laser Power Supply
The MYJG Series CO2 Laser Power Supply is known for its high compatibility, efficiency, and reliable performance, making it a preferred choice for CO2 laser cutting and engraving machines. These power supplies are available in models supporting different wattages, such as 40W, 60W, 80W, 100W, 130W, and 150W.
These power supplies are widely used in laser engraving, cutting, and marking machines, offering excellent performance in both small-scale and large-scale applications.
MYJG40W
MYJG50W
MYJG60W
MYJG80W
MYJG100W
MYJG120W
MYJG150W
Still not finding what you're looking for? Contact our consultants for more available products.
Features of Our CO2 Laser Power Supply
Comprehensive Protection and Stability
Our CO2 laser power supplies are equipped with advanced protective systems, ensuring stable and reliable performance in a wide range of applications. Whether you’re working with metal, wood, acrylic, or leather, our power supplies offer consistent power output, keeping your laser machines running smoothly and efficiently for both cutting and engraving tasks.
Exceptional Durability
Built with high-quality components, our CO2 laser power supplies are designed to withstand continuous use, high temperatures, and mechanical stress. They provide stable power to your laser systems, ensuring long-lasting operation even in demanding environments. This reduces the need for frequent maintenance and increases the lifespan of both the power supply and the laser machine.
Versatile Applications
Our power supplies are compatible with a wide range of CO2 laser machines, making them suitable for various industries. Whether you are cutting metal, leather, or wood, or engraving delicate materials like paper and acrylic, our power supplies ensure precise, high-quality results. They are perfect for use in manufacturing, advertising, textiles, and other industries that demand reliable laser power.
Optimized for High Performance
Our power supplies are designed for high-efficiency operation, delivering stable voltage and current to your laser system. With fast response times and advanced power regulation, they ensure smooth and precise laser cutting and engraving, from tough materials like metal to intricate projects involving acrylic or paper. This optimization helps maximize productivity and improve your overall operational efficiency.
Easy Maintenance and Installation
Featuring a simple, user-friendly design, our CO2 laser power supplies are easy to install and maintain. The power supplies are equipped with easy-to-use interfaces and clear diagnostic indicators, making it quick to perform maintenance, reduce downtime, and keep your operations running smoothly.
Cost-Effective and Reliable
Our CO2 laser power supplies offer high performance at competitive prices, providing an excellent return on investment. Whether for large-scale industrial applications or smaller craft projects, our power supplies deliver reliable, cost-effective solutions without compromising on quality or durability.
I.How much power does a CO2 laser cutter use?
The power consumption of a CO2 laser cutter depends on several factors, including the laser tube’s wattage, the machine’s efficiency, and how it’s being used. Here’s a general breakdown:
Laser Tube Power: CO2 laser cutters are typically available in a range of power levels, from 30W to 150W for smaller machines, and up to 400W or more for industrial systems. The wattage of the laser tube represents its output power, which directly affects cutting speed and the thickness of materials it can handle.
Total Machine Power: In addition to the laser tube, the laser cutter also consumes power for other components like cooling systems (chillers), motors (for moving the laser head), and control electronics. The total power usage can be 2 to 3 times the laser tube’s wattage. For example:
- A 60W laser cutter might use about 150W to 180W of total power.
- A 150W industrial CO2 laser might consume 300W to 450W or more, depending on the configuration.
Operational Usage: Power consumption will also depend on how the machine is used. Continuous operation at high power settings will use more energy compared to intermittent use at lower settings.
In general, small to mid-range CO2 laser cutters (30W-100W) typically consume around 500W to 1.5kW of electrical power during operation, while larger industrial units can use several kilowatts.
II.What is the frequency of CO2 laser power supply？
The frequency of a CO2 laser power supply typically refers to the switching frequency of the power supply used to drive the laser. This frequency is crucial for converting the incoming electrical energy into a stable high-voltage DC output required for operating the CO2 laser tube.
For most CO2 laser power supplies:
- The switching frequency generally ranges from 20 kHz to 100 kHz, depending on the design and specific requirements of the power supply.
This frequency enables the power supply to efficiently convert AC power to the required DC voltage while ensuring a stable and controlled output for the laser tube. Some power supplies, especially those with more advanced or digital control, may operate at higher frequencies for improved efficiency and precision.
III.How to check CO2 laser power supply？
To check a CO2 laser power supply, you can follow these steps to ensure it’s working properly and diagnose any potential issues:
1. Visual Inspection
- Check for damage: Inspect the power supply for any visible damage, burnt components, loose wires, or connectors.
- Cooling system: Ensure that the cooling fans or water-cooling systems are working properly, as overheating can damage the power supply.
2. Power Supply Output Test
- Multimeter Test: Use a multimeter to check the output voltage. CO2 laser power supplies typically output high voltage, usually in the range of 20-50 kV (depending on the model). Testing should be done with caution or by a professional due to the dangerous voltages involved.
- Ground and high-voltage connections: Ensure the ground connections are properly attached and that the high-voltage cables are securely connected to the laser tube.
3. Laser Tube Functionality
- Test laser output: If the laser is not firing or the power output is low, you may have an issue with the power supply. You can manually activate the laser using the test button on the power supply (if available).
- Button test: Most CO2 power supplies have a button that allows for manual laser firing, which helps confirm if the power supply is delivering power to the laser tube.
4. Check Input Voltage
- Ensure that the input voltage (AC power) is correct for the power supply. Some CO2 laser power supplies support 110V or 220V, depending on the model. Check with a multimeter to verify the input voltage is within the required range.
5. Status Indicator Lights
- Some CO2 laser power supplies have LED indicators to show the status of power, water cooling, and other signals. Refer to your power supply’s manual to interpret the LED codes and identify potential issues.
6. Test Signals
- TTL or PWM signal: Check the control signals (TTL or PWM) to ensure the power supply is receiving the correct start/stop signals from the machine’s control board.
7. Check for Error Messages
- Some advanced power supplies or laser systems may display error codes or warning messages. Refer to the manual to decode any error messages and take appropriate corrective action.
8. Check for Overcurrent or Overvoltage Protection
- Power supplies often have built-in protection mechanisms. If these are triggered, it could indicate a problem with the laser tube, wiring, or power supply itself. If the protection feature is activated, resetting the system might help after identifying the root cause.
9. Water Cooling System
- Ensure the water cooling system is functioning properly if your CO2 laser is water-cooled. If the water flow is insufficient, the power supply may fail to operate, and the system may enter a protection mode.
10. Consult a Professional
- If you are unsure or uncomfortable working with high-voltage components, it’s best to consult a professional technician to handle the diagnostics and repairs. High voltage can be dangerous without proper precautions.
Following these steps can help you diagnose issues with a CO2 laser power supply and ensure it’s functioning as expected.
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