Good afternoon, everyone! Thanks for sharing the fantastic signs you’ve crafted using the LongMill.
Last Week’s Winners
We are happy to announce that Norm Emery, Christine Tanasiuk, Bruce MacDonald, Scot Lovdahl, James Stevens, and Tyler Dacosta are the charcuterie board projects contest winners. A prize is on its way!
This Week’s Theme: Flag Projects
This week’s theme is “flag projects”. Share your favorite LongMill-made flag projects for a chance to win prizes in our contest!
Happy Friday! Thanks for sharing the fantastic signs you’ve created using the LongMill.
We are happy to announce that Patti McKinlay, Ryan Webster, Glen Dwelder, Clyde Greening, Joel Lauterbach, and Roland Portman are the sign projects contest winners. Watch out for a prize!
This Week’s Theme: Charcuterie Board Projects
This week, showcase your top LongMill-made charcuterie board projects for a chance to win free prizes in our themed contest!
Hey guys, it’s Andy again with March 2024 production updates. I am currently writing this in China, where I am taking a bit of a “work-acation” but also to visit some suppliers and manufacturers that we work with.
This also means we’ll film the typical production update video a bit later, probably on the week of March 11th when I get back.
March is expected to be a busy month, especially as we continue to make progress in our projects like the CO2 laser and Sienci Router, as well as prepare for shipping and launch of the SLB and AltMill.
LongMill
Last month we paused shipping for LongMills as we waited for more controllers to arrive. We expect around 100 controllers to arrive in the next week or so (shipped on Monday). Once these parts arrive we will continue to ship machines and clear the backlog. More controllers are expected to finish the first week of March.
Additional production is underway for the LongMill, with motors, power supplies, and fasteners in production now.
LaserBeam and Vortex
LaserBeam and Vortex are shipping as usual. Ikenna and Abeku have developed a riser mount for the LaserBeam which allows for easier use in combining LaserBeam and Vortex to do engravings with the Vortex.
They are also working on some different magnetic mounting designs for the LaserBeam to make removing and attaching the LaserBeam faster and easier, and should have more stuff to share in the coming weeks.
AltMill
This month we have finally put the machine together and started running it through the paces. Check out Daniel’s video on some more updates. I would have been there for the video, but I am currently away.
Testing is showing some promising results. Here’s an excerpt from Daniel’s notes about the rigidity of the machine.
Also just finished doing some preliminary deflection testing of the machine with some pretty good results. This was done using the standard Sienci testing parameters/setup for the most part.
In the Y-axis, we have 0.003” of deflection at the tool with 80N applied
This is 1.05 N/μm rigidity
In the X-axis we have 0.0025” of deflection at the tool with 80N applied
This is 1.26 N/μm rigidity
For comparison sake, here are some misc numbers of other machine’s rigidity:
0.1515 N/μm in the Y-direction of the Shapeoko 3 XXL
LongMill MK2 48” Y-axis rigidity sits around 0.13 N/μm
LangMuir MR1 2.9188 N/μm in the X-direction, 4.3782 N/μm in the Y-direction
Onefinity (with added ‘stiffy’ rail) estimated to be 0.5 N/μm (realistically much less) based on one user’s measurement of ~1 N/μm at the bottom of the Z20 plate.
This pretty much only accounts for beam bending in the Y-direction, and not much torsion for which is the Onefinity’s achilles heel. It wouldn’t surprise me if this was even as bad as 0.3 N/μm.
This is mostly speculative, so not a fair comparison but worth mentioning.
I also checked the X-axis rail’s isolated deflection contribution. The rigidity of the X-axis rail assembly is ~3.75 N/μm. This is pretty good considering the rail was sized to be 4.9 N/μm and this is real life with extrusion and alloy defects and the like.
For comparison sake, AvidCNC’s 8016 extrusion was estimated to be 3.8047 N/μm. Considering it weighs (I think) like 4 times more than ours, this is amazing.
In other news, we are continuing to put together the online ordering infrastructure to prepare the AltMill for launch at the end of March.
Sienci Router
At the start of the month, we received the sample motor we’ve been waiting on to do another round of development and testing. If you’re not up to date on the development here, make sure to check out the last post.
The new motor is much more powerful, and showing promising results. However, we are waiting on some improved motor tuning to happen as we have found some issues with the speed control to achieve a full 1KW of mechanical output. We are waiting on an updated control board expected to arrive in the next week or so.
Additional to this is that we’ve started exploring more spindle options for applications needing higher power past the 1KW the Sienci spindle can put out. If you saw Daniel’s update on the AltMill, the new machine is so powerful, that even the 2.2KW spindle ends up being the bottleneck in our ability to remove more material.
Eventually, we hope to provide several options, the standard Makita as a simple, powerful, and inexpensive option for routing, the Sienci Router as a step above with more features and power to run the LongMill at its full potential, and spindle options to maximize the AltMill’s performance.
Spring Loaded Anti-Backlash Nuts
I’m excited to say that the first set of the injection molded nuts has arrived. To learn more about this project, please see the long post about them here (put link here). While the T8s overall look good and function properly, unfortunately, we are still experiencing some warping and inconsistent threading on the T12 nuts. Since not all the nuts are affected, we’ve put on the store all of the nuts that are currently ok. We will work with our manufacturers to iron out the issues with the T12 nuts.
Demand for the new nuts has been super high, with all of the T8s already sold out, and with T12s expected to be close to selling out by the time this post goes out. Not to worry, however, we are working on making another batch of a few hundred sets and make sure we don’t run out.
It should be noted that existing LongMill kits will continue to ship out with the original style of nut. Once we catch up on orders sold for replacement, we will start moving to making them a default option for new machines. We currently don’t have a specific timeline for it, but likely in about 2 to 3 months, since production and assembly of the nuts can take a long time.
SuperLongBoard
We’re excited to share that the new SLBs have started production and should be ready to ship in the next few weeks. We are also waiting on parts for the controller and estops to arrive in the next few weeks.
Work currently being done with SLB primarily revolve around checking for reliability and making bug fixes. We’ve also sent the SLB for testing to key grblHAL community members for feedback.
gSender has now been updated to natively support SLB and it’s features. You may have seen a toggle when connecting your machine to allow for GRBL and grblHAL available.
Additionally work on building controllers for the AltMill to provide external driver support, higher voltage, while sharing the same features is also underway, with first versions of the design expected to be ready in the coming weeks. However for the full development cycle, we expect it to take till end of April to have production-ready designs and firmware ready.
In addition to this, we have continued to work on the computer side of the SLB at a bit of a slow pace. However, we have put together this proof of concept where we have attached a VESA mount arm to the threaded holes at the front of the machine to allow for use with a touchscreen, as well as a mount for the computer. This design was created by one of our engineering students working at the company this term.
Hi everyone! Thank you for showcasing your incredible guitar/guitar-related projects made on the LongMill.
Last Week’s Winners
We are happy to announce that Ritchie Bedard, Ed Lagace, Mark Hunt, Kenneth Key, Darcy Boyer, and Jim Hambone are the guitar/guitar-related projects contest winners. A prize is on its way!
This Week’s Theme: Sign Projects
This week’s theme: “Sign Projects.” Share your most creative LongMill-made sign projects for a chance to win free prizes in our contest!
Greetings all, Chris here again to emerge from my SuperLongBoard development cave and provide you with my news!
For anyone who still has yet to hear about our new and most ambitious Sienci Labs electronics projects to-date, our arguably aptly named SUPERLongBoard, is the graduated version of our current LongBoard and has been designed to be even more SUPER at all things hobby CNC.
This is a serious upgrade for a serious board, even if we had some fun with the name: culminating in what we hope to be an all-in-one solution and in many cases an upgrade to anything currently in its pricepoint on the market. The result is a 32-bit processing, on-board motor driving, Auxiliary output supporting, 4th axis controlling, laser, TLS, macro button -having board.
With that summary out of the way, you can catch up on past progress by looking at my update last month which also has links to past videos and past updates before it: https://sienci.com/2024/01/25/slb-january-updates/
Now let’s roll along to what new stuff I have to update you on this month 🙂
New Stuff
We’ve now pre-sold nearly 450 boards now…. and wow I’m so excited to see that everyone else is just as excited about this board as I am. To put into context: the current batch of boards we’ll be manufacturing was intended to be 500 but had to be reduced to 470 (I’ll mention the reason shortly) which means that we’ve nearly already sold out the whole batch before starting shipping! Needless to say, Andy and I already began discussions about a month ago on what our next steps are going to be if the reception to the SLB ends up being as good as we hope it will be to ensure we can have more on-hand in the coming months if possible.
Now the reason why we had to reduce to 470 is basically a math error, but in short:
Right on time to the schedule I posted in my last update – a couple weeks ago – we finally ordered the final production run of SLB boards! After the last run of prototype boards arrived we were able to very quickly redistribute them to Beta testers and vet any last changes we felt needed to be made so we could turn around and start prompting for production.
Already knowing that Lunar New Year would interrupt our delivery progress, we’d already ordered every other overseas part that we needed to produce the SLB (except the boards) at the start of January to ensure things would arrive on time by boat.
Knowing that we couldn’t do this for the boards since we needed more time to test them, we instead pre-ordered lots of the parts used for the board circuitry in advance as a way to help speed up production after Lunar New year finished. This included important stuff like the STM32F412 ‘brain’, TMC2660C motor drivers, and some other rarer items. We pre-ordered around 525 of these parts, but shortly after realized that we needed to do one final set of prototype boards and this used up 40 of the 525 parts.
After we add a small buffer for potential board failure, this left us with about 470 left for production SLBs that we can make available and would ship by air to catch up with everything else so they would all arrive around the same time.
Speaking of ordering parts, let’s take a look at what our full part table looks like right now as we start preparing to intake SLB parts and set up packing stations to check and ship them out:
Subsection
Name
Amount
Shipping Status
Board Parts
SLB important PCB components
1
Pre-ordered and now being used for SLB board production
SLB PCB assembly
1
Underway, scheduled to arrive by air on March 18th
USB-C Cable
1
To be ordered shortly after some more testing/validation
E-stop
E-stop Button
1
Ordered, currently on boat and scheduled to arrive March 5th
E-stop PCB
1
Underway, scheduled to arrive by air mid-March
E-stop Cable
1
Completed, will be shipped alongside E-stop PCBs
Injection Moulded Case
1
Completed, currently on boat and scheduled to arrive March 15th
#4 screws
3
In stock
Enclosure Parts
Aluminum Extrusion exterior
1
Completed, currently on boat and scheduled to arrive March 15th
Front Panel
1
Rear Panel
1
Acrylic Cover
1
Arrived, to begin in-house production mid-March
Steel Mounting Bracket
1
Underway, should be made and plated in a couple weeks by our local steel manufacturer
M5-10mm SEMS
3
In stock
M5 T-nut
3
In stock
M4 Thumbscrew
1
Arrived
#4 screw
6
In stock
Packaging
Cardboard Box and inserts
1
Still being designed, should have a 1 week turnaround time by our local manufacturer
We’ve tried to time things out using a combination of boat and air freight for international parts and the shorter timelines of our local producers. Hopefully the information isn’t too much to look at, but the long and short of it is that everything looks like it’ll all show up around the same time!
Some of the great-looking production samples!
In the meantime, we’ve begun working on making space for packing and testing stations, working on designing our quality assurance procedures to test boards before they go out the door, all the while internal testing and Beta testing still continues forward as small tweaks to gSender support and to the Firmware are still being made to get everything working how we like it.
Please still bear in mind though, due to there being things that could still be outside our control, I would still conservatively estimate that SLBs begin shipping out the door last week of March or the first or second week of April. This would cover instances where delivery by boat or air has a slowdown, or we find something with the final batch of boards that need our attention. For example:
We’ve now had problems with a couple RGB LEDs out of the 50 prototypes we’ve made where they light up random colours rather than turning the colour they’re told to be. This makes us think that our manufacturer is giving us slightly water-damaged components, so we spoke to them about baking the LEDs before installation and are also working on a way for them to validate the boards before shipping so they don’t show up broken. This is an example of nothing we’ve done wrong, but could pop up unexpectedly on a board as complex as the SLB.
Will there be more Videos?
Yes of course! To be honest, after the inrush of pre-orders after the SuperLongBoard launch I’ve had more of a sense of duty to test-test-test the board as much as I possibly can as a higher priority than filming the boards capabilities. This is because, though I know there’s lots that the board can do, clearly everyone who’s already pre-ordered is already on ‘board’ with the SLB so I don’t think it would be fair for me to spend my time building more excitement for the board when I can instead focus my time on making it more bulletproof 🙂
And I think the nose-to-the-grindstone work has been paying off! There’s been tons of bug squashing and pushing machines to their limits by us and our trusty team of Beta testers:
We’ve now had over 15 firmware iterations since the start of the project
We’re continuing to work closely with the grblHAL firmware creator to ensure great compatibility between the board and its functionality, we actually sent him a pre-production SLB of his own that he’ll be receiving shortly
Major work thus far has included implementing major features like reliable USB and Ethernet, standby current reduction and individual axis holding, 4th axis control, TLS support, action buttons and ensuring their behaviour is predictable in different situations when using the CNC, controlling the custom outputs, honing in on the new LongMill default settings
Lots of tweaks have been made to gSender to make it know all the things it needs to know to effectively communicate with a faster and more feature-diverse controller. There have been more delays than originally thought due to continuing to find unexpected edge-cases in how the SLB behaves differently from the LongBoard, but we’ll keep trucking along and expect to be done in time
Ikenna has now thoroughly vetted the SLB to work with our LaserBeam laser diode and is very happy with how it’s working, even now using SLB in his LaserBeam livestreams
When it comes to roadblocks we’ve hit, the last month has actually been very good. Beta tester feedback has been a split of 40% gSender compatibility problems, 30% improvements to board documentation, then about 15% tweaks to firmware and the last 15% changes we had to make to the board design before we began production. This is good news because software and firmware are things that we can -and have- continued to work on while things are being manufactured and shipped over. This means that the gSender and Firmware teams still have most of March to finish polishing things up which seems very doable. The last remaining hurdles are to get things like 4th axis cutting and switching between spindle and laser working as smoothly as we can in gSender, and then completing the remaining documentation tweaks based on Beta testers continued feedback, then writing up a guide on how to do a full board swap for existing MK1 and MK2 owners. I’ll also be setting aside some time mid-March to establish final movement speeds and motor noise that can be expected.
With all that said, videos will definitely still be making more of an appearance as we begin to near the delivery date since I want you guys to see what you’re going to be getting before shipment begins 👍 Alongside this will of course be: continued updates to FAQs, starting to release parts of the SLB manual, starting to release a list of recommended hardware to use alongside your SLB for 4th axis, lights, and more. I might even do some Livestreams so you guys can see more of the board in action and have any of your other questions answered! Some of my current video/livestream ideas are:
Speed and noise comparison to the LongBoard
Trying and SLB retrofit onto a Mill One
I’ve been messing around with a RapidChange unit and am hoping to see if I can get it fully set up and working to answer any questions about the SLB supporting an ATC. If you haven’t seen this unit yet I’m very excited about what it might do to shake up the hobby CNC space for more affordable automatic tool changing, and Don who I’ve been speaking with over the last year is a really nice guy who’s direction I really love so far
Conclusions
If you’ve made it this far, here’s your award 🏅. This is to recognize that you once again lasted through another one of my treacherous, Engineering-writing posts, complete with its poor sentence structure and also a lack of pictures on this post especially.
In all seriousness, thanks for everyone’s continued support for this project and the other projects we’ve continuously strived to do with Sienci Labs over the years. It’s never been easy for us but the kind words and reassurance that the work we’re doing matters really helps to keep us going. Thanks for anyone who’s been helping give me and the gSender team the needed feedback to keep making more cool features and fix iterations that sometimes break things and thanks for posting all the cool stuff you do and helping each other out too.
If you have any other ideas for SLB content you’d like to see, please leave them in the comments of wherever you were when you saw the link to this post whether it was on Facebook, our User Forum, or elsewhere and I’ll try to find them and write them down.
The LaserBeam Vortex Riser mount is now available for purchase! It is a new add-on made for pairing with the Vortex. The Riser mount increases the z-axis height of your laser, providing significantly more room for LaserBeam focusing. Additionally, the product allows for more variation in LaserBeam mounting positions and is compatible with all versions of the Longmill router mounts. Made of premium zinc-coated steel, this rigid and durable mount is the perfect addition to take your rotary laser engraving to the next level.
This mount raises the Z height of your LaserBeam so you have more room to focus the lens. Each LaserBeam Vortex Mount order includes: 1 Zinc coated steel mount 5 M3-10 screws This product uses both the Laserbeam and Vortex systems. For more information on this product, you can view our resources here https://resources.sienci.com/view/lb-manual-vortex-riser-mount/ and…
We’ve prepared a detailed resource page and a video on assembling and attaching the Vortex Riser Mount to your LongMill. Also, feel free to check out the additional update to the LaserBeam resources that details how to use offsets in g-sender with the Vortex Riser Mount and a variety of different Sienci mounts.
If you’re interested in learning more about the LaserBeam and Vortex Riser mount, visit our product page below.
It’s weekly-themed contest time! Thanks for sharing your cool clock projects made with the LongMill.
Last Week’s Winners
We are happy to announce that Chris Sutherland, Gerard Cochrane, Craig Stevens, Sheryl Thompson, Jeffery Bates, and Jim McKane are the winners of the clock projects contest. Watch out for a prize!
This Week’s Theme: Guitar/Guitar-Related Projects
Share your best guitar or guitar-related projects made with your LongMill for a chance to win prizes in this week’s contest! Think guitars, guitar trays, charcuterie boards, cutting boards, and more.
Happy Friday! Thank you for sharing your fantastic sports-themed projects created with the LongMill.
Last Week’s Winners
We are happy to announce that Dave Alexander, Jonathan Silva, Matthew Greg Blenhart, Steve Kuzmak, James Russell, and Andy Just are the winners of the sports-themed projects contest. A prize is on its way!
P.S. We will be closed on Monday, February 19th for Family Day and back in the office on Tuesday, February 20th.
This Week’s Theme: Clock Projects
This week’s theme: “Clock Projects.” Share your LongMill-made clock creations for a chance to win prizes in our contest!
Hey everyone! Thanks for sharing your terrific LongMill tray projects with us.
Last Week’s Winners
We are happy to announce that Kenneth Key, Maxime Belanger, Pascal Therrien, Luis Sanchez, Christopher Weaver, and Ralph Matile are the winners of the tray projects contest. Look out for a prize!
This Week’s Theme: Sports-Themed Projects
Show off your sports-themed LongMill projects this week! Share with us for a chance to win prizes!
Happy Friday! It’s contest time! A big thank you to everyone who shared their fantastic LongMill cribbage board projects with us.
Last Week’s Winners
We are happy to announce that Sarah Morley Selstrom, John Sawatzky, Colby Browning, Jennifer Purper, Henrick Morin, and Allan Sedgwick are the winners of the cribbage board projects contest. A prize is on its way!
This Week’s Theme: Tray Projects
This week’s theme: “Tray Projects”. Share your LongMill-made tray projects for a chance to win prizes!