WATER COOLING 300WATT BIG POWER RF CO2 LASER GENERATOR FOR CO2 MARKING/ENGRAVING

Home>>English>>Products>>RS series RF CO2 power supply

Products

ZS series CO2 laser power supply

ICO series YAG laser power supply

ES series UV laser power supply

Contact Us

Phone : +86 0531-85908792

Email:sales@rlaserpowersupply.com

Whatsapp: +86-15864507582

Wechat: +86-13295411923

Mobile :+86-13295411923

S-30L 300W RF CO2 laser tube

1. It adopts advanced RF power supply and Flat noodles waveguide design and maintenance free 2. It adopts an all metal structure, which has high photoelectric conversion efficiency and a wide modulation frequency. 3 It adopts an integrated design of RF power supply and tube body, which is easy to integrate into laser equipment

Order online

S-30L 300W RF CO2 laser tube

1. Product features:

4. It adopts a beam shaping system and outputs an approximate Gaussian beam. 4. It has an independent hardware fast pre ionization circuit inside

2. Application industry:

Card making, leather carving, advertising decoration, and reflective film cutting

It is suitable for cutting, carving, and marking non-metallic materials such as plastic, wood, leather, paper, rubber, etc., and is widely used in advertising decoration, packaging, and manufacturing of craft products.

3.Technical specification：

Model	Wavelength	Laser power	Power stability	光束质Beam quality M²	Beam Diameter（1/e²)	Beam divergence angle(full angle)	Polarization	Modulation frequency
S-30L	10.±0.4µm	300W	less than ±6%	less than 1.2	8.5±1.0mm	less than 2.0mrad	Horizontal linear polarization, more than 100:1	0-200kHz

Duty cycle range

Electrical input

Cooling method

Size

Weight

Working shell temperature

Ambient Temperature

Humidity

0-60%

DC48V/100A

Water-cooling

1064.5mm×198mm×228mm

45.0kg

less than 50℃(122 °F)

less than 15~40℃(59~104 °F)

Non-condensing

1) The laser power was measured at a laser temperature of 25 ℃, and for every 1 ℃ increase above 25 ℃, the output power decreased by about 1%;

2) Power stability calculation formula: Stability=± (Pmax Pmin)/(2 × Pmax) Stability testing conditions: Under normal operating conditions, preheat the machine for 10 minutes and maintain a constant control duty cycle.