Co2 Laser Marking Machine

1. Wavelengths and Applications:

With a wavelength of 10,600 nm in the far infrared, CO2 lasers are appropriate for cutting and engraving non-metal substances, such as wood, acrylic and textile, and glass

Fiber lasers are also highly proficient for marking and engraving of metals like stainless steel, brass and titanium due to their strong metal absorption having a wavelength of 1064 nm.

2. Power Output and Efficiency:

CO2 laser systems have their power output ranges from 30W to 150W.

Fiber lasers are known to boast power levels from 20W to 50W and have a remarkable energy effectiveness by converting 35-50% of electrical energy into laser output .

1. Identifying Your Materials and Production Needs

For lower volume, more complex work related to miniscule elements, only a desktop CO2 laser might be sufficient. However, industrial applications that are higher in volume require powerful standalone units with greater fiber laser systems.

2. Assessing Power and Laser Tube Options

Greater flexibility with materials is possible for machines with higher power outputs, enabling you to work with a greater variety of materials.

3. Taking Workspace and Integration Considerations

Workspace Limitations

– Review the ergonomics of the machine.

– Limited spaces work best with desktop models which usually have lower capabilities.

– Modular or stand-alone systems are preferable in large production areas.

Software Integration with Workflow

– Examine what machines can run the necessary software. LightBurn and proprietary systems make using these machines easier, so they can help integrate into the current processes more effectively.

– Automated production systems can greatly increase output by utilizing flexible machines with many interface options.

• Affordable Initial Investment: The upfront expenditure on a CO2 laser marking machinery is most times less than other forms of laser technologies.
• Efficient Laser Tubes: The machines of UDTECH are fitted with high quality laser tubes that last a long time internationally and need rarely replacement.
• Minimal Consumables: The non-contact operations used by CO2 laser machines do not require additional tooling and consumables such as inks, chemicals, and dyes.
• Optimized Energy Usage: The use of electricity is different from machine power, but UDTECH’s CO2 lasers are efficient when it comes to energy usage, so their expenditure remains reasonable.
• Streamlined Workflow: UDTECH CO2 lasers offer unmanned running for long periods of time, which lessens the need for excessive supervision.
• Reduced Maintenance Requirements: UDTECH marking laser machines are engineered to require little maintenance, resulting in little downtime and low costs.
• Enhanced Efficiency and Long-Term Value: The productivity of CO2 laser marking is heightened with speed and accuracy, therefore productivity is increased while needing less people during working hours.

• You can call, email, or use remote diagnostics to reach our support team.
• We help our customers keep their CO2 laser engravers and fiber laser marking machines in good working order by providing regular maintenance schedules and tips.
• For more complicated problems or remote installations, UDTECH provides on-site service visits. Our skilled technicians are able to carry out repairs, upgrades, and preventive maintenance.
• To facilitate breakdown troubleshooting and routine maintenance among our customers, UDTECH conducts intensive courses for operators and maintenance personnel.
• We provide user manuals, troubleshooting guides, and video tutorials through our website.