Laser/Next gen/en: Unterschied zwischen den Versionen
Anlumo (Diskussion | Beiträge) |
Anlumo (Diskussion | Beiträge) |
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* [https://www.troteclaser.com/fileadmin/content/images/News/2018-11-the-new-speedy-400/Speedy_400_NEW_Brochure_TEC-EN.pdf Trotec Speedy 400]? Also has a fiber laser, which extends the range of possible materials (including 0.5mm aluminium!). | * [https://www.troteclaser.com/fileadmin/content/images/News/2018-11-the-new-speedy-400/Speedy_400_NEW_Brochure_TEC-EN.pdf Trotec Speedy 400]? Also has a fiber laser, which extends the range of possible materials (including 0.5mm aluminium!). | ||
* [https://metaquip.nl/en/product/laser-cutter-engraving-machine-lite/ Metaquip LITE2]: Nothing exciting. Only 600*400mm working area, 60W. Software also available for Linux! | * [https://metaquip.nl/en/product/laser-cutter-engraving-machine-lite/ Metaquip LITE2]: Nothing exciting. Only 600*400mm working area, 60W. Software also available for Linux! | ||
| − | * [https://lasergraaf.nl/en/product/co2-laser-130x90-vera-130w-premium-compact/ Lasergraaf Vera 130W PREMIUM compact]: Needs a bit of creative reshuffling of the working space, because it's too large. Looks pretty capable and cheap though. Supports [https://lightburnsoftware.com/ | + | * [https://lasergraaf.nl/en/product/co2-laser-130x90-vera-130w-premium-compact/ Lasergraaf Vera 130W PREMIUM compact]: Needs a bit of creative reshuffling of the working space, because it's too large. Looks pretty capable and cheap though. Supports [https://lightburnsoftware.com/ LightBurn] software, which runs on Linux! |
== Option 3: China Cutter == | == Option 3: China Cutter == | ||
Version vom 16. Juli 2020, 20:02 Uhr
| Language: | English |
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Lasercutter Replacement
Since our laser cutter is quite old now, discussions have flared up frequently on whether we should replace it with a more modern model. This page was created to collect all the findings of the Metalab Lasercutter Replacement Research Team™.
Maximum possible device dimensions at the current location are 160*110cm.
Option 1: Benchtop
There are some modern benchtop laser cutters available. They're much cheaper and smaller than what we currently have and have a great UI (including things like live preview for placing the cuts using a webcam).
- Laserbox: the downside with this specific one is that is requires a cloud web interface for operation. So, if the VC startup company goes down, the device stops working.
- Glowforge: very similar as the one above, with the same downside.
- Dremel LC40: As far as anlumo has been able to find out, they're only sold in the US for now.
- FSLaser MUSE 3D Vision AF has a locally-hosted web interface, might be interesting. It also has a 3D camera to cut or engrave uneven surfaces! It has a very small work area, though (508*305mm).
All of the ones anlumo was able to locate are only 40W. The MUSE has an option to upgrade to 45W, though.
Option 2: Traditional
- Trotec Speedy 400? Also has a fiber laser, which extends the range of possible materials (including 0.5mm aluminium!).
- Metaquip LITE2: Nothing exciting. Only 600*400mm working area, 60W. Software also available for Linux!
- Lasergraaf Vera 130W PREMIUM compact: Needs a bit of creative reshuffling of the working space, because it's too large. Looks pretty capable and cheap though. Supports LightBurn software, which runs on Linux!
Option 3: China Cutter
- This one for example. Free VAT-included shipping within EU!
One major issue for these is that we sometimes need spare parts, like a CO2 tube replacement. Also, the software is probably even worse than the one by Epilog.
Option 4: Combination Devices
The best solution would be a device that can do CNC milling, laser cutting/engraving and plasma cutting with the same frame. While this is not really a problem on the technical side, we were unable to find any product for this except some DIY attempts. Going DIY would also be an option, but it's probably a lot of work and involves handling a class 4 laser tube with adequate safety installations.
