Atomstack R30 V2 Laser module Industrial Infrared 1064nm Fiber Laser engraver Head Marking Metals Plastic Logo 100000h lifespan
function
Global innovation
Atomstack has developed an industrial 1064nm infrared laser module with a repetition rate of 20000Hz, suitable for fast and fine carving of metals as well as non-metallic materials such as painted wooden furniture. abs and plastic.
Significantly improve work efficiency
According to industrial design, the net weight of the module is only 450g (800g+ for the first generation and other products in the industry). At the same time, movement speed and work efficiency can be improved by 40%
Born for metal and plastic engraving
Infrared fiber lasers have unparalleled advantages in metal and plastic surface engraving. This is impossible for conventional diode blue lasers.
Better engraving effect
Thanks to the Atoms tack light spot compression technology, the light spot of the R30 laser module is compressed into a circular laser spot with a diameter of 0.03mm. This makes it very suitable for carving on custom jewelry or metal. The carving effect on the surface of the object is finer, clearer and less prone to oxidation.
Rust removal
1064nm wavelength laser has excellent absorption ability for metal surface coatings, which can remove rust on small areas of rusted metal without the need for chemical reactions or secondary electrolysis.
High adaptability
The laser module r30 can adapt to most atom stack models, including:
X30pro, a30pro, s30pro
X20 pro, a20 pro, s20 pro, a20
X7 pro, a10 pro, s10 pro, x7
A5 pro, a5 pro +
A5 m30, a5 m40, a5 m50
A5 20w, a5 10w
P9 m50, p9 m40, p7 m40, p7 m30
Can adapt to other brands such as Ortur, Neje, Two Trees etc. You can also install our Atoms tack R30 laser module with an adapter in the box.
Safety lasers
Compared with blue laser, infrared laser has its own safety properties. Non-focal light is cold light and accidental contact does not cause burns.
Long lifetime
1064nm laser performance is stable, with an ultra-long lifespan of 100,000 hours (long-term use leads to a certain power attenuation)
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