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I just shared an update on the launch price of the 20W & 40W Laser Module on the top of this topic. Feel free to check it out.
We have heard your voices, and we are thrilled to share an update on the Launch Price for the upcoming high-power laser modules. All early users can enjoy $150 OFF/$300 OFF for the 20W/40W Laser Module. Check out the updated prices:
- 20W Launch Price: $449 (MSRP $599)
- 40W Launch Price: $699 (MSRP $999)
In response to popular inquiries, we would like to clarify that the prices of both the 20W and 40W laser modules include the following features: Air Assist, Air Assist Pump, and a built-in Quick Swap mechanism (Compatible with both Quick Swap mechanism and toolhead screws installation). Furthermore, unlike the previously released 10W module, the new modules do not include a built-in camera. Instead, they utilize a Focus Lever for laser platform height calibration, employing a simple and reliable workflow. We will be sharing more photos, videos, and FAQs in the community to help you gain a better understanding of these new laser modules.
With the air assist pump/compressor included, the preorder price seems not too bad after all…
One thing that annoyed me with the 1.6 and 10 W laser is that PWM frequency was just ~250 Hz or so. This is really slow and creates artefacts on fast movements. Do the 20 and 40W lasers use the same PWM frequency? Are there any plans to change PWM into the kHz-regime? Looking at the spec’s of the STM MCU in the SM2 controller, with hardware PWM this should be easy to implement, and if I look at typical spec’s of laser modules they typically have no issues with 5 kHz PWM or so…
Will there be a specific code, or will the new prices just be available upon purchase when ordering?
And maybe I’ve missed it or I keep reading over it, but is there also an expected delivery date?
We will directly reduce the purchase price during the launch week, you don’t need to enter discount codes anymore! You can check the price in our official store now.
Will the Snapmaker Ray later also be available without a laser module? I would like to use the laser module I bought now in a Snapmaker Ray later.
Wird es den Snapmaker Ray später auch ohne Lasermodul geben? Ich würde gern das jetzt gekaufte Lasermodul später auch in einem Snapmaker Ray verwenden.
It seems two of my wishes may come true: A) I asked Snapmaker support about the PWM frequency of the 20/40W - they said it’s 5 kHz. I hope that means they changed firmware and the 1.6 and 10W will also benefit from that. B) 🔥 Snapmaker 20W & 40W Laser Modules are now available at our Official Store! - #3 by Jade suggests that indeed an 2W IR laser is in the making! yay!
Hello m, what’s the difference between the 40W artisan/Ray and 2.0 model? Let’s say I buy the 2.0 model, will it fit in the Ray machine when available? Other option, go with Ray model… but will it fit on the 2.0 so I can use it on both machines?
@Jade Thanks for the updates.
Whats the noise in db of the air assist pump? May share a video about cutting 20mm wood?
Maybe also a comparison video 10W/20W/40W?
I use the same pump, it’s very quiet.
Hi, please note that 2.0 users will also need the two cables to use the 20W & 40W Laser modules (see the below picture). And the two new modules is compatible with the Ray machine as well.
I think I will wait for the Ray Machine with the 40W as I need more workspace. I have A250.
Thanks for the videos and data.
What space does the pump need?
Is it supposed to sit on the top of the enclosure?
Can I use Luban 4.3.2 with the 20/40 Watt modules?
I am interested in this matter. If the wavelength becomes longer, can plastics also be cleanly engraved? Additionally, regarding engraving on metals, what are the differences when using a high-power module?
Check this out - Debate on Laser Cutting Plastic: Why Many Car Factories Using Laser Cut Plastic Parts? Is it Safe? - YouTube
Not the part about safety, but how awesome they do the 3d cutting of plastic in examples.
Tho the safety part is important.
Thank you for the link to the reference video.
It’s stated that the output is 2W and intended for engraving, so cutting may not be possible. As for metal engraving, do you happen to know the differences between using 450nm and 1064nm wavelengths? Can anyone provide more information on this?
The color is the hint in the picture clever.
So the new modules 20w and 40w) are what’s called Blue diod lasers (450nm), the 2w 1064nm is Infrared laser. These are expensive, anything beyound 3-4w is not very affordable this days. Laser pecker has combined diod laser.