What are the differences between the laser power supplies?

CO2 Laser Cutting & Engraving Laser Power Supply
1

Dear community,
Dear Cloudray,

I researched the different power supplies offered by Cloudray. My question is:
What are the differences between the series?

  • MYJG
  • HY-T
  • HY-ES
  • HY-Z
  • HY-DY

The price range is ~100 - ~200 USD. They seem to have the same technical spec. So what puts them apart? Is there some feature, function or quality difference between them?

For sake of discussion, let’s assume the following tube: Reci, W2

  • max power = 100 W
  • target power = 90 W
  • max current = 28 mA
  • recommended current = 24 mA
  • Ignition Voltage = 19 kV

Reci recommends a power supply with the following specification for a W2 tube:

  • max. voltage = 40 kV
  • max. current = 28 mA

Which power supply to choose and why compared to the same power supply of another series?

2

DY series CO2 laser power supply is a laser power supply for CO2 laser cutting machine and CO2 laser engraving machine. DY series power supply products have beautiful appearance, good heat dissipation performance, and manual light emission test function.
ES series CO2 laser power supply is to improve and strengthen the appearance, performance, and user experience of the product. The product has better compatibility with laser tubes and lasers, which greatly improves the working efficiency of the machine. It is used in high-end CO2 laser engraving machines. , Laser cutting bed, laser cutting machine, laser marking machine, laser knife mold machine.
T series CO2 laser power supply is a general laser power supply for CO2 laser cutting machine and CO2 laser engraving machine.
Z series CO2 laser power supply is the fifth-generation laser power supply product for CO2 laser cutting machine and CO2 laser engraving machine. This product can match with CO2 laser produced by most domestic and foreign manufacturers. The unique liquid crystal display function brings users a more intuitive experience, more convenient on-site operation, and more accurate fault judgment. The model parameters corresponding to each power supply will be different. Some power supplies are new products that can replace the previous power supply, that is, the performance is better.

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