This is the best video that I have watched online that explained clearly the difference between fiber laser machine and uv laser machine. This video clearly enables me to conclude on my choice laser.
One note: It can be a tremendous advantage on METALS to have a "cold", non-invasive, marking that doesn't disrupt the surface being marked. We make high-precision molding pins and such for the medical industry. This is typically out of a tool steel, a stainless steel, or a specialty copper alloy like Moldstar 90. Sometimes these parts are smaller, with polished surfaces, and very tight tolerances (e.g., .0002" total tolerance). Depending on the part, it can be a disadvantage to have a laser "engraving" that's burning away material, technically creating raised edges of the lettering, and might warp/deflect a surface (depending) due to heat. With a UV laser you are able to (as I understand it) get a durable marking on the surface without actually damaging that surface to do so, and there's little to no heat impact on the part.
So, what about these subsurface laser engravers that can etch 3d pictures into three inch sheets of acrylic? I looked one up, it was over 20,000 dollars. Please answer this question. I find it difficult to get info on this.
![The Ultimate UV Laser Engraver Test! Can the ComMarker Omni 1 Handle ANY Material? [Review]](http://i.ytimg.com/vi/rZXZM_2uSI8/mqdefault.jpg)
This is the best video that I have watched online that explained clearly the difference between fiber laser machine and uv laser machine. This video clearly enables me to conclude on my choice laser.
One note: It can be a tremendous advantage on METALS to have a "cold", non-invasive, marking that doesn't disrupt the surface being marked. We make high-precision molding pins and such for the medical industry. This is typically out of a tool steel, a stainless steel, or a specialty copper alloy like Moldstar 90. Sometimes these parts are smaller, with polished surfaces, and very tight tolerances (e.g., .0002" total tolerance).
Depending on the part, it can be a disadvantage to have a laser "engraving" that's burning away material, technically creating raised edges of the lettering, and might warp/deflect a surface (depending) due to heat. With a UV laser you are able to (as I understand it) get a durable marking on the surface without actually damaging that surface to do so, and there's little to no heat impact on the part.
So, what about these subsurface laser engravers that can etch 3d pictures into three inch sheets of acrylic? I looked one up, it was over 20,000 dollars. Please answer this question. I find it difficult to get info on this.
How fast are UV Fiber lasers and what is the wattage difference
Nice wine do you have a mini version to engrave small objects? does it work 240 V
*Great Explanations!!!*
Is UV laser the same like BlueLightDiode? Whats with infraredLASER?
Hi, can say me diferente in sg7110, sg7210 and rc7110 in speed / quality in fiber laser?
Very nice video and very nice host. Thank you.
What is difference pulse frequency on uv laser machines?
What's the price?
I want to purchase uv laser
Good presentation. Thank you
Does Barch laser etch copper??
Excellent explanation.
Hello mam please tell me which type is suitable for PVC wires and cables
Of course, UV laser, the UV laser's speed is faster, and the final result is much better than Fiber or CO2,
I want 100w fiber laser machine for gold rings, dollars designs please can i have ideas for purchase machine
30 watts is enough
IPG source? Fancy!
Donde puedo cotizar?
Do I need a fireguard license to get job like that.
╮(. ❛ ᴗ ❛.)╭
How much ?
Price in Pakistan?
I need a rate please
Coman materials
Woa....
Made in China or what ?
Now made in colombia
@@BarchLaser
Question
Is the UV laser thinner or thicker than the cpu lasers that write in the die??
@@frankynakamoto2308 Much much thicker. CPU lithography is at scales of 0.000005 mm.
@@BarchLaser spotsize