Product
130W EFR Glass Tube Co2 Laser Marking Machine
Technical parameter
|
Application |
Laser Engraving |
Working Temperature |
15°C-45°C |
|
Laser Source Brand |
Reci/ Efr/ Yongli |
Marking Area |
200*200mm/300*300mm/600mm*600mm/other |
|
Control System Brand |
Bjjcz |
Key Selling Points |
Competitive Price |
|
Voltage |
110V/220V, 50Hz/60Hz |
Marking Depth |
0.01-1.0mm(Subjejct To Material) |
|
Graphic Format Supported |
Ai, Plt, Dxf, Bmp, Dst, Dwg, Dxp |
Laser Power |
80w/100w/150w/180w |
|
Working Accuracy |
0.01mm |
Certification |
CE, ISO9001 |
|
Video Outgoing-Inspection |
Provided |
Mode Of Operation |
Continuous Wave |
|
Linear Speed |
≤7000mm/s |
Cooling System |
Water Cooling |
|
Control System |
Jcz |
Software |
Ezcad Software |
|
Mode Of Operation |
Pulsed |
Feature |
Low Maintenance |
|
Applicable Industries |
Building Material Shops, Manufacturing Plant |
Positioning Method |
Double Red Light Positioning |
|
Key Selling Points |
Easy To Operate |
Graphic Format Supported |
Ai, Plt, Dxf, Dwg, Dxp |
|
Place Of Origin |
Jinan,Shandong Province |
Warranty Time |
3 Years |
The Difference Between Glass Tube And RF Tube
The air-cooling method used by the RF tube can be used stably for a long time without failure. The glass tube is water-cooled. If the continuous processing time of the equipment is too long or the water temperature is not within a constant range, there may be no light or unstable light output. Continuous operation will affect the quality of the product. bigger.
2. Differences in stability
The co2 radio frequency tube is relatively stable. The radio frequency tube is a fully sealed metal tube and uses a 30-volt bottom voltage power supply, which directly avoids some hidden dangers caused by the use of high-voltage power supplies. Glass tube-laser cutting machines are generally used It is a high-voltage power supply of more than 1000 volts. In addition to being unstable, there are certain dangers. Working for a long time makes the power supply easy to age, and has great interference to the control system. affect its normal function.
3. different spots
The light spot of the co2 radio frequency tube is 0.07mm, the light spot is fine, the precision is high, and the thermal diffusion area is small, which can be finely processed. The light spot of the glass tube is 0.25mm, which is more than three times that of the radio frequency tube. The light spot is relatively thick and the accuracy is relatively poor. , The light output is unstable, the heat diffusion area is large, the cutting edge is melted, and the blackening is obvious.
4. Service life
The service life of the laser of the radio frequency tube can reach more than 50,000 hours, and there is no problem in the general use of about 6 years, while the general use of the glass tube is 2,500 hours, and the glass tube needs to be replaced every six months or so.
From the above comparison, it can be seen that the RF tube is superior to the glass tube in all aspects. If the product requires low precision, the glass tube is completely sufficient.
The characteristic of Glass Tube Co2 laser marking machine
Cost-effective: Glass laser tube design ensures low investment and fast ROI
Multi-function: Supports marking, engraving, and light cutting
Wide material compatibility: Suitable for wood, acrylic, leather, fabric, paper, rubber, plastics, and glass
High-speed galvo system: Ensures fast marking and high efficiency
Stable water cooling: Guarantees continuous and stable operation
Easy operation: User-friendly EZCAD software, supports multiple file formats
Strong engraving ability: Ideal for deep engraving and complex patterns
Reliable structure: Stable performance with low failure rate
Low maintenance cost: Easy tube replacement and affordable upkeep
Wide applications: Used in advertising, crafts, packaging, garment industries, etc.
Ideal for startups: Perfect choice for small businesses and entry-level users
But there are some limitations:
Not suitable for metals: Mainly designed for non-metal materials; fiber or UV lasers are recommended for metal marking
Limited precision: Larger spot size compared to UV lasers, not ideal for ultra-fine or high-precision applications
Limited tube lifetime: Glass tube typically lasts 2000–4000 hours and requires periodic replacement
Requires water cooling: A cooling system is necessary, adding some operational requirements
Environmental requirements: Stable temperature and clean water are recommended for optimal performance
Heavy-duty operation caution: Continuous high-load operation may affect tube lifespan; proper working intervals are suggested
Not for high-end precision industries: UV or advanced laser systems are recommended for micro-processing or electronics
Service
1.Customized services:
We provide customized Co2 laser marking machines, custom designed and manufactured according to customer needs. Whether it is marking content, material type or processing speed, we can adjust and optimize it according to the customer's specific requirements.
2.Pre-sales consultation and technical support:
We have an experienced team of engineers who can provide customers with professional pre-sales advice and technical support. Whether it's equipment selection, application advice or technical guidance, we can provide fast and efficient help.
3.Quick response after sales
Provide fast after-sales technical support to solve various problems encountered by customers during use.
FAQ
Q: How deep is the marking depth of the CO2 laser marking machine?
A: The marking depth of the CO2 laser marking machine depends on the type of material and the laser power. Generally speaking, it is suitable for shallow marking, but for harder materials, the marking depth will be relatively shallow. High-power lasers can achieve a certain depth of engraving.
Q: How does the CO2 laser marking machine ensure the durability of the marking?
A: The CO2 laser marking machine uses a high-temperature laser beam to ablate the surface of the material to form a mark. The marking is permanent, wear-resistant, and fade-resistant, and it is not easy to disappear due to external factors.
Q: Is the maintenance of the CO2 laser marking machine complicated?
A: The maintenance of the CO2 laser marking machine is relatively simple. It mainly requires regular cleaning of the optical lens, inspection of the laser tube and the heat dissipation system to ensure the normal operation of the machine. Proper daily maintenance can extend the service life of the equipment.
Q: Is the cost of CO2 laser marking machine high?
A: Compared with traditional marking methods (such as inkjet printing), the initial investment of CO2 laser marking machine is higher, but since it does not consume consumables such as ink and paper, the overall cost is relatively low in the long run.
Q: What additional accessories or consumables are required for CO2 laser marking machine?
A: CO2 laser marking machine usually requires some accessories such as optical lenses, laser tubes and cooling systems. In addition, it may also require a suitable power supply and air compressor to ensure the stable operation of the machine.
Q: How to choose the right CO2 laser marking machine model?
A: When choosing the right model, you need to consider factors such as marking materials, marking speed, accuracy requirements, equipment power and budget. If you are not sure, you can consult the supplier to make recommendations based on specific needs.
