CO2 radio frequency laser marking machine equipped with 30W Synrad laser tube

brand - eastlaser

model - east-ss30w

standards - meet ce standards in terms of quality and safety

warranty - 1 year limited warranty on entire machine

advantages of co2 radio frequency laser marking machine

excellent beam quality

excellent beam quality ensures that the optical co2 rf laser marking machine achieves satisfactory marking results on various materials. it is widely used in most non-metal marking industries for non-metal materials such as cloth, fabric, pvc, mdf, leather, acrylic, plastic etc.

laser has long service life

the average working hours can reach 45,000 hours.

optical and galvanometer scanners

optical system: 10.6µm based on high-precision galvanometer reflection focusing system.

laser calibration: use a red visible laser alignment system to indicate the optical axis position. the indicator light is coaxial with the laser, which plays a role in indicating and timely and accurate alignment during the tracking process.

the galvanometer is used to track the operation of the laser actuator, and is mainly composed of a high-precision servo motor, motor drive board, reflector, f-θ lens, dc power supply, etc.

computer control system

laptop, english version windows 7 operating system

special marking software

the marking software windows7 interface, chinese and english operating systems, is compatible with photoshop, coreldraw, autocad and other drawing software: time and date, barcode, serial number, mark, chinese and english output, graphics, various barcodes, qr codes, etc. the font library is fully functional, with more than 200 fonts, and the wired font library can be customized to create one of the proprietary dictionaries

features of co2 radio frequency laser marking machine

the co2 radio frequency laser marking machine is a gas laser that uses co2 as the laser medium and has a wavelength near 10.6um. when high voltage is applied to the electrode, co2 molecules are excited through cavity discharge to produce 10.6um laser radiation, which can be directly used for processing. material.

1. this machine uses a co2 laser tube as the laser source. the computer controls the two-dimensional fast scanning mirror to swing at a predetermined angle. the laser is focused on the workpiece surface through the f-θ lens to achieve marking and graphics processing.

2. it uses a metal co2 laser tube with fine beam quality, stable power output, high marking accuracy, and long service life. it can work for 20,000 hours without maintenance and can be charged with co2 gas. it is suitable for users who require mass production and high marking accuracy. one investment, lifelong benefits.

3. using a high-speed scanning mirror, the fine marking process of graphics can be completed in the shortest time.

4. using parts with simple structure, anti-wear and anti-corrosion, the system has the most stable performance and movement accuracy.

5. it can be configured with automatic fixture configuration and blanking production line.

6. can automatically mark data, serial numbers and barcodes.

7. the markings are clear and not easy to wear.

8. adopt computer control, user-friendly interface and easy operation.

9. accept customization.

10. the equipment has rich performance and has the ability to work continuously for 24 hours to meet the needs of large-scale online and offline industrial production.

applicable materials

co2 radio frequency laser marking machines are widely used in electronic components, instruments, clothing, leather, bags, footwear, buttons, glasses, medicine, food and beverages, cosmetics, packaging, electronic equipment, etc.

applicable industries

lamp holders, leather, food (eggs), packaging cartons, beverages, fabrics, electronics, instruments, bottles, plastics, communication instruments, packaging and other industries can be combined with assembly lines for online marking.

co2 radio frequency laser marking machine technical parameters

co2 rf laser marking machine details

co2 radio frequency laser marking machine project