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@@greatwhitewing yes, our vfd can be controlled via Modbus or PWM. Most controllers offer PWM which is the way I control it on my Mega-V1

Unfortunately, you will need a non GFCI outlet to power your VFD. We recommend a 5-20R 20amp 110v plug using 12-gauge wire or larger on a dedicated circuit.

We realize that everyone's 3D printers are somewhat different and recommend, if your print is coming out too small, to scale up the file by 1 - 2%.

@@PwnCNC yeah im using the bambu x-1c pretty good printer...no worries the dust boot turned out not to be suitable for other reasons as well.ty

@@PwnCNC may I ask what is with your proprietary hose connections? that seems really strange doesn't seem to attach well either ,seems like you would get a better friction fit with just regular round hoses?

I dont mean to be picky or judgmental i see you do good work and contribute to the CNC community ..just thought I may give some food for thought..

@@lpa74 there were physical limitations with the CNC machine they were originally designed for. The design carried forward into other boot designs due to the amount of work put into all of our designs. We did switch to round adapters with our MagLock collection. We even have a squared circle to MagLock adapter.

Absolutely. Our VFD can accept a control signal via PWM which is a 0-5v or 0-10v signal output by nearly every CNC controller we've come across...as well as Modbus or RS485 control which a small percentage of controllers we've played with offer. I've personally run our VFD from the Arduino based Mill Right Mega-V1 controller as well as CNC4Newbies Arduino controller canned the Demon controller without issue.

@@PwnCNC Thanks for the info.

Our understanding is the pumps to not need to be primed. If you're having trouble with a pump you purchased from us, please reach out to support@pwncnc.com and we'll get you fixed up.

Our understanding is the pumps do not need to be primed. If you're having trouble with a pump you purchased from us, please reach out to support@pwncnc.com and we'll get you fixed up.

Our understanding is the pumps do not need to be primed. If you're having trouble with a pump you purchased from us, please reach out to support@pwncnc.com and we'll get you fixed up.

We're using a PwnCNC Spindle System here (pwncnc.com/products/spindle). We also have ATC Systems available that work great with the Onefinity machine. Key is to order your Onefinity with the 80mm mount instead of their 65mm mount. You can always shim the 80 down to 65mm to temporarily run a Makita palm router if necessary. We've worked closely with Onefinity to ensure our Spindle and ATC Systems are plug-n-play capable.

Nope, we worked closely with JTech to ensure there was an updated laser module mount available: jtechphotonics.com/?product=onefinity-elite-pwncnc-inlets-panel-driver-mount

Referring to that far left yellow box? ruclips.net/video/IFOkSZM4JEs/видео.html That's our relocated keypad for our VFD. It's 3 parts... printed keypad holder pwncnc.com/products/vfd-keypad-mount?variant=41952186892427 plus a cat5 cable and special MOS switch relocator wire which are linked at the bottom of that page.

Absolutely... pwncnc.com/products/spindle You can also upgrade from that to our ATC setup... pwncnc.com/products/atc

This is exactly the reason why you should buy from a company like us. We ARE the experts at our products. You don't need to know a single thing about the VFD to get started with our fully plug-n-play system. We continue to research and enhance the knowledge our products so you don't have to. In this video we've unlocked a few programming settings which adds automatic forward triggering functionality to the VFD. Need help implementing it in our Spindle System you already own? Reach out to us at support@pwncnc.com and we'll gladly help you including jumping on a call to walk you through it. All newly sold Spindle and ATC Systems will come with these VFD settings already configured.

There are several ways... but greatly depends on the CNC machine you own. If it's a Onefinity Elite, we don't currently offer a larger cable chain replacement option, however there are a few on the market iirr.

The brackets are 5mm thick and we wanted the bolts to extend into the enclosure the same distance. The stock bolts are 20mm so the new bolts are 25mm.

I used the Vectric Suite to create this. There are no multiple cut files, it's a single file with multiple toolpaths saved into one. It's not the only way it could be done, but it's the only automated way for it to be done. If I saved each toolpath as an individual file, at the conclusion of the tool path, I would have to load the next one. All it would do is take more time to finish. -Chris

@@jastoddart reach out to support@pwncnc.com

That's our Pneumatics enclosure that comes with our ATC Systems. Our ATC Motors are pneumatic in that they require air-pressure for tool changes as well as clearing dust away from the sensitive areas of the motor. We'll soon have a 3rd enclosure which will also use these same mounting brackets... stay tuned for that later this year ;-)

Thank you for the additional details. I've pinned your comment to the top so others will find it and I've updated the description to make note of these differences since it's impossible for me to re-edit/replace this video.

I just tested on 5.07 that you can hit the CW button on the Masso screen and the VFD will switch from blinking to solid indicating it's in forward/CW. No need to provide any sort of RPM speed before doing so. You can go into the MDI screen and run the command M3S6000 to tell the spindle to go 6000rpms. The VFD should switch from blinking to solid since M3 is equal to hitting the CW button. Then the vfd should ramp up to 6000rpms. Running the command M5 is the same as telling the spindle to stop.

@@PwnCNC I understand the last part of the reply but I am on 5.07 and it doesn’t spin the spindle. However I do hear the sound of the VFD and it changes on the MASSO main spindle display direction from stop to Cw but no spindle turning. Is there a code I may need to change in three VFD?

@@ApluswoodcraftsInc Shoot us an email to support@pwncnc.com and we can most certainly dig into this further with you. That'll be easier than via youtube commenting like this.

This machine is the Onefinity Elite Woodworker with the 80mm spindle mount costing $3336, it includes the Stiffy rail at $168, and the QCW $378 and Folding legs $368. As pictured i have their XYZ probe at $93 and if you buy their tool-setter that's $75. So all-in the CNC machine is $4415 +shipping/taxes. The 110v ATC runs $3400 plus chiller and tubing $295 along with the v10 dust boot $150, end-caps $22, stepper covers $32, and Ultimate Hose Clamp $20. Prototype boom should be released later this year. All-in... this setup will run $8334 +shipping/tax.

No. The Elite has an output to trigger the forward/CW function but not all controllers do. This relates to the LongBoard from Sienci Labs. This controller is available for DiY machines and comes included with LongMill MK machines.

@@hamanjam we just solved this issue this past weekend. Working on documentation and such to get modbus control for SLB out there.

@@PwnCNC Great to hear that. You guys are always improving and it's much appreciated.

We're fully dedicated to our products and improving our customers experiences with them.

Hello @michaelbeckwith977 These "Tool Trays" are available on the site (pwncnc.com/products/tool-tray) for purchase or in our maker files (pwncnc.com/products/tool-rack-for-makers).

@@PwnCNC Wow... I looked in your store... not sure how I missed them. Anyway thanks... just ordered!

GFCI plugs are simply too sensitive to the quick power draw that occurs occasionally with VFD's. You can still have a GFCI Circuit Breaker, but the issue is specifically with GFCI plugs.

Although not exactly compared in this article (pwncnc.com/pages/comparing-spindle-kits) it does a good job of comparing features that are part of the VFD. If you only compare the 1.2kw vs 1.5kw it is a super simple ours is slightly more powerful motor. Where we shine is with our VFD Enclosure and the many features we've chosen to expose from these Delixi VFD's. Along with the upgrade path into one of our ATC's.

Only if we can get a cool jacket with “Masso Dealer” embroidered on it! 😂

@@bigeasy_f150 if your in northwest Arkansas that could be arranged ;-)

@@PwnCNC eastern north Carolina. I just installed my spindle today and only messed up a few things 😂

I've run this exact ATC motor for hours with no coolant flowing at all. It was light work... a 3d clearing and finishing pass. I was 3/4 through the finishing pass when i realized i'd forgotten to turn on the chiller... motor was barely warm. The chiller alarm is high when coolant is not flowing (off, blocked) and low when it is flowing. The Masso won't check that sensor though unless the spindle is actually running.

I can not comment on that, you'd have to ask Onefinity. However, with this design, i was very careful not to permanently change the machine in any way. The inlets panel can easily be removed without leaving behind any permanent modifications.

Our AltMill is expected to ship in early August... very soon. I do plan to set it up and start immediately designing accessories for it. I'm helping Sienci Labs directly with getting the ATC functional on their new Ext-SuperLongBoard, however this will be a long process due to the amount of software development that needs to happen. Our Masso Conversion Kit coming out later this year is also a possibility for this machine. Lots of fun projects being worked on this year... exciting year ;-)