Co2 Laser Power Supply is used together with CO2 laser tubes for the power supply. With various types and models accessible, this laser equipment accessory can match laser tubes with different power levels.
The safe and dependable laser power supply supplied by the Co2 Laser Power Supply India can be linked directly to the laser cutting machine, laser engraving machine, and other laser equipment to achieve accuracy in cutting and engraving on acrylic plastic, cloth, rubber plates, and leather products.
Features of the Co2 laser power supply
Great Compatibility: Categorized by a high competence, frequency, and speed, the PS-N series CO2 laser power supply is a coordinated power supply for CO2 laser devices. With excessive compatibility, it can effortlessly and directly be linked to laser devices without a ballast.
High Efficiency: The laser equipment power supply feature an extreme power transfer efficiency and can enable the start of the CO2 laser tube, enabling it to work appropriately, and ensure prolonged service life.
Dual-Use Interface: The CO2 laser power supply is fortified with a dual-use interface, which can either be utilized to accomplish closed-loop control, or to test the actual operating current of the laser tube.
Open Circuit Protection: The CO2 laser power supply for optical treating machinery can attain open circuit protection. If the housing has a secure ground connection, the laser power supply can function on an open circuit for a short extent of time. This protection supports encompassing the service life of the laser power supply.
Benefits of using the Co2 Laser Power Supply
High performance
Industry approved design
Low maintenance
Durability
Attractive designs
Reasonable rates
Extended life, which supports low running cost, make you more modest in the market
Role of the Laser Focus Lens CO2 laser power supply
Laser Focus Lens is utilized to focus laser beam, the wavelength is 10.6 um
The aim of fixing the laser beam is to use the laser power for material processing, extensively used to CO2 Laser Cutter and Laser Engraver Machine
Focusing Lenses are extensively used for CO2 laser application because of their low absorption at infrared wavelengths as well as their noticeable transmission
ZnSe has a high capability for the shock of thermal, making it become the finest optical material in high-power CO2 laser systems
Its soft material is more effortlessly scratch and extremely refraction
Things to be considered before using CO2 laser power supply
Power-supply designs call for variable combinations of circuitry and mechanisms to meet the specifications of different laser applications. No single power-supply design can be elevated for use with all kinds of lasers.
Power supplies for diode lasers are generally called drivers. Narrow-linewidth diode lasers need low-current-noise drivers. High-power diode arrays draw the uppermost current and voltage levels. Continuous-wave diode lasers need nonstop current, while pulsed or controlled diode lasers need drivers that exactly time delivery of electricity so the optical pulse is consistent.
Lamp-pumped solid-state lasers use power supplies to drive flash lamps in ways that can be associated more closely with gas lasers. Substituting power-supply designs, such as capacitor-charging supplies used for lamp-pumped solid-state and excimer lasers, have become stretchers with remote controls via computers, circuit modularity, advanced switching rates, and greater processing abilities.
Gas lasers, such as carbon dioxide (CO2), may use switching power-supply designs common to solid-state lasers but with much-developed voltages and longer electrical-pulse periods. Some excimer lasers use more straight direct current (DC) designs that can be basic down to a high-voltage transformer, rectifier, and line filter.
Advanced electronic devices such as insulated-gate bipolar transistors and switched-resistor regulators and the clever use of application-specific unified circuits, serve to rise power-supply flexibility for diode, solid-state, and gas lasers.
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