Part Four - Installing the MASSO G3 and Control System 

Thank you! Cheers!

Yeah we have a couple of these touch units now, been using them for a year and I love them. I haven't tried the conversational, all of our code is done in CAM software.

I would definitely like to play around with some servos over these closed loop steppers. I was going to try some Teknic Clear Path units, but the costs really start adding up with cables and power supplies, and I wasn't sure the 2K was worth it for a package of those units specifically. I would be interested to know more about the Delta B3s.

@@DIVCNC 400W B3's with cable set (5m), servo motor AC servo motor (24b encoder) etc is 360 together for a whole set. Cause it is AC you don't need to mess around with DC power supplies. It also has very nice autotuning (I have short about it on my channel)

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Can you please share the link where you get the B3s directly from Japan

@@seimela The factory is in Taiwan, it goes through my contacts there and is not openly available online.

Thanks! No we specifically were trying to avoid that, with careful fabrication using laser cut plate. We had to shim under two locations about 0.005" but it was close enough that the movements just glide everywhere else with negligible deviations on the dial gauge.

Hi Javier. Thanks, I drew it all out manually in adobe illustrator, nothing fancy. The Masso is awesome, definitely a good choice.

Thanks! I certainly would, but it may be a little pricey for some hobbyists . If you have an old computer lying around, you can do it much cheaper, however if you have to purchase a computer, buy a mach 3 license, and the controller board you are getting close to the cost of the Masso anyway. The Masso is also easier to use than mach 3, if your new to it.

Hi Jason, That depends heavily on your machine and what you are currently controlling. Simply put, you really will just need to bypass the breakout board (if it's a printer port-driven machine) and wire all that back to the Masso. It will likely be the four wires for your step and direction signals from the stepper drivers, and some 2 or 3 conductor wires back to your sensors/switches. The Masso reads high/low signals, so on any open/closed circuit, such as those with homing and end stop switches, you need to connect one end of the sensor to a power supply off the Masso board (there are a bunch of them indicate with red terminals), and the other end of the circuit to one of the unused inputs in the Masso controller. Controls for outputs work in a similar way, with the coil negative (relay coil) being wired back to the ground (-) on the Masso board, and the power to the coil will be sent through whatever output you're using on the controller. You'll have to wire and output controls through a relay because the board can only handle very low amperages. Any additional wiring for spindle controls gets a little more complicated but MASSO has some good videos on their RU-vid channel. Can you tell me more about your machine?

Thanks! Running fairly conservative right now, 1,400mm/s2 on Z and Y, 1,000mm/s2 on the gantry movements. 15,000mm/min travel speeds.

Great observation, we have turned it up considerably since this, we found the limits of the Z-axis acceleration to be lower than the other two, due to the weight it has to lift.

Yes it is, these are steppers they are just closed loop. You could also use open loop steppers you just wont have the machine protections.

@@DIVCNC thanks you

These ones aren't bad, they are pretty responsive and unaffected by the dusk and grease of the screen.