Upgrade your fiber laser marking capabilities with the 100W Fiber Laser Marking Machine— an innovative and powerful feat of engineering in precision, speed, and long-lasting durability. While enhancing engraving and marking functions across multiple industries, this machine is optimally designed to engrave and mark various materials with astonishingly dependable results.
Explore UDTECH’s advanced 100W fiber laser marking machines available in China. Improve efficiency and quality with our sophisticated MOPA engraving technology.
Laser engraving and cutting of metals and plastics can be done faster with a deep and clear finish with 100W power output.
This equipment makes it possible to engrave metals, plastics, ceramics and composites serving the aerospace and jewelry industries among others.
Fast and efficient marking can be achieved with speeds of up to 10,000mm/s which is ideal for large scale productions.
Ultra high quality and durable markings can be achieved due to outstanding beam quality with ±0.002 mm accuracy.
Set pulse duration and frequency parameters to accurately mark designs, barcodes, and logos corresponding to customer specifications.
Long-lasting and maintenance free air-cooled laser use for 100,000+ hours .
| Parameter | Details |
|---|---|
| Laser Type | Fiber, MOPA, or Ytterbium |
| Laser Power | 100W |
| Marking Area | 110mm x 110mm (customizable) |
| Engraving Speed | Up to 10,000 mm/s |
| Min. Engraving Line Width | 0.01mm |
| Power Requirements | 110V/220V AC, 50-60Hz |
| Cooling Mode | Air-cooled |
| Lifespan | 100,000+ hours |
| Feature | 100 W Fiber Laser | 50 W Laser System | CO2 Laser Machine |
|---|---|---|---|
| Power | 100W | 50W | 60W |
| Appropriate for etching metals | Yes | Yes | Only Certain |
| Speed (mm/s) | Up to 10,000 | Up to 7,000 | Up to 2,500 |
| Precision | +/-0.002 mm | +/-0.005 mm | +/-0.01 mm |
| Material flexibility | Metals, Plastics, Ceramics | Restricted materials | Non-ferrous materials |
| Repair and upkeep | Low | Low | Moderate |
| Weed vs Non-Weed economic value | High | Moderate | High for non-metals |
Explore the markable surfaces which include different metals, plastics and many more with the 100w Fiber Laser Marking Machine which is supreme for the engraving, etching and marking processes.
100W Fiber Laser Marking Machine available for metal, plastic and any other marking engraving. Suitable for commercial and industrial applications.
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Looking to revolutionize how you engrave and mark? With UDTECH’s 100W Fiber Laser Marking Machine, you can. Let our experts answer any questions you may have regarding this. Give us a call to book an appointment or inquire about a demonstration.
A: With 100W of power, this fiber laser marking machine provides high precision and with the beam focused, a permanent mark is made on the material that it is used on. This is done using a fiber laser which typically has a 1064 nm wavelength and using a galvanometer which guides the laser beam over the surface of the material. This allows for fast and precise marking, engraving and etching of metals, plastics and other materials.
A: Compared to a 20W or 60W option, a 100W fiber laser marking machine has more power and thus faster processing speeds. While lower power options can be used for some light marking tasks, they aren’t as flexible as the 100W laser machine. Deeper engraving, cutting of thin materials, and working on harder surfaces all require 100W of power. Increased power means better beam quality, resulting in a faster production rate and is thus ideal for industrial use and high-volume marking.
A: A 100W fiber laser marking machine may not usually perform precise laser cutting, but thin materials can be worked on. However, the machine is capable of cutting ultra-thin metals and some other non-metal substances with light, although it may not be powerful enough to handle large-scale cutting. These operations do give way to a degree of freedom when it comes to manufacturing things in today’s world. When it comes to more advanced cutting tasks, devices with higher power ratings for marked fiber laser cutting tasks are optimal. Â
A: A galvanometer is a key feature of marking devices that range with a fiber laser. Consisting of two reflective surfaces mounted on fast rotating electric motors, it defines the position of the laser spot over its movement on the marking surface. The galvanometer system enables fast positioning and accurate deflection of the laser beam with the aid of computer-controlled motors, which allows the laser to create very specific and intricate designs very quickly. This allows for optimal results during the laser cutting and marking operations, ensuring quality processes and high efficiency when using a laser marking machine.
A: The MOPA (Master Oscillator Power Amplifier)/100W fiber laser marking machine is superior to traditional fiber lasers due to features such as adjustable pulse duration, higher peak power, and the capability to mark various materials with different colors. MOPA technology gives better control of the laser output, which leads to better marking quality, improved processing speeds, and the ability to handle more difficult materials.
A: A 100W fibre laser marking machine can be used on almost any non-organic material, including metals like stainless steel, aluminum, and copper, plastics, ceramics, and some coated materials. The machine’s 1064 nm wavelength makes it particularly effective on metals. Its versatility allows it to be used in different industries, such as automotive, electronics, and medical device production.Â
A: Lasers are known for requiring minimal maintenance when compared to other machines. A 100W fiber laser marking unit is no different. They are constantly air cooled and have no advanced cooling systems, which saves money and attention when compared to other kinds of lasers. Orderly optical components along with proper working space should be cleaned and checked regularly. Follow the comments about maintenance intervals and actions after the routine work is done in order for the machine to function optimally in the future.
A: In contemporary manufacturing, a 100W fiber laser marking machine is crucial for increasing the efficiency and quality of products. They provide fast, accurate, and permanent marking services that contribute to a significant increase in productivity. Laser marking is also non-contact, reducing tool wear and material waste for the machinery and the laser markers. Furthermore, the superb quality of marks these machines make improves branding, product trace, ability, and aesthetics, contributing to high product quality and value.
