Understanding the Homing Procedure

Whenever you open UCCNC, the very first movement you should make with your machine is "Home All". On a STEPCRAFT, the homing procedure begins with the Z-Axis, then the X-Axis and finally the Y-Axis. Each axis will run towards its limit switch until it engages the switch, then will run the opposite way until the switch disengages. Once all three axis have hit their limit switch, your machine is now ready to travel the full length of each axis!

This is known as a reference movement for the machine. Without this reference movement, the machine has no idea where it is along its axis and may not travel the full length back and forth. If your machine is stopping short of the full length of travel and you aren't noticing any binding, make sure to "Home All" and try running again.

One important thing to note is that if any axis ever travels in the opposite direction of its limit switch when homing, check to make sure a limit switch is not engaged somewhere on the machine. All of the limit switches are on the same circuit, so if you tried to home your machine and the Y-Axis limit switch was pressed, the Z-Axis would travel in the OPPOSITE direction. This happens because the machine is going through the stage of homing when it backs away from the switch until it disengages. Because the Y-Axis switch was pressed, the Z-Axis will infinitely try to move away but it will never disengage.

If you have misplaced or lost your UCCNC license key file, the process of recovering it is fast and easy. The serial number located on one side of your UC100 corresponds to your hard-coded license key, as shown below. Simply contact our support team and provide them with this serial number, and you will receive your recovered license file as an email attachment.

The Oscillating Tangential Knife requires no special software outside of the standard CAD/CAM program used to design and create toolpaths. Cut2D, VCarve Desktop and VCarve Pro are all compatible with the OTK-3. As of May 2019, the only "special" software needed to run the knife is the free version 1.2110 of UCCNC.

Securing your workpiece for use with the OTK-3 may require use of a vacuum table or sticky table, as materials such as hard foam, cardboard, leather, cork and carpet can be tough to hold with traditional clamping methods.

The UCR201 Jog Pendant requires the user to enable the plugin in the configuration window in UCCNC. If you are running version 1.2037 of UCCNC, you may find that the Jog Pendant does not show up in the configuration window. If this is the case, you simply need to update UCCNC to a newer version which can be found below...

UCCNC Version 1.2049 - http://www.cncdrive.com/UCCNC/download_UCCNC.php

After downloading and installing version 1.2049 of UCCNC, the Jog Pendant should now be visible in the configuration window and you can proceed with the rest of the setup!

X-Axis Alignment for STEPCRAFT D.Series Machines

The following support videos will help walk you through aligning your X-Axis on a STEPCRAFT D.Series machine ...

Here is a video showing you how to do the cleaning and greasing procedure

An Example of an Aligned Stepcraft Machine

How to strength-test your Stepcraft CNC

Homing Each Axis

Speed Test

Alignment-x-axis

X Axis Alignment - Disassembling the X Axis

X Axis Alignment - Setting the X Axis Rollers

X Axis Alignment - X Axis Lead Screw Nut Alignment

X Axis Alignment - Inspecting the X Axis Stepper Motor

X Axis Alignment - Reassembling the X Axis

X Axis Alignment - Final Adjustment and Testing

How can I reset my Stepcraft UCCNC installation?

Can't seem to solve a strange bug or error? Can't find a fix here? Mismatched or changed profile settings are a very common cause, but what if you cannot locate the setting that is giving you these issues?

A fresh installation will take care of making sure your profile settings match the default ones and make sure that you are not going in circles when troubleshooting UCCNC. This short video will walk you through each step required to not only remove any trace elements of your old installation, but also covers how to re-install your profiles to reduce downtime and get your machine back up and running.

Z-Axis Alignment for STEPCRAFT D.Series Machines

The following videos will walk you through a typical Z-Axis Alignment...

Here is a video showing you how to do the cleaning and greasing procedure

An Example of an Aligned Stepcraft Machine

How to strength-test your Stepcraft CNC

Homing Each Axis

Speed Test

Alignment-z-axis

Z Axis Alignment - Disassembling the Z Axis

Z Axis Alignment - Setting the Z Axis Rollers

Z Axis Alignment - Lead Screw Nut Alignment

Z Axis Alignment - Inspecting Your Z Axis Stepper Motor

Z Axis Alignment - Reassembling Your Z Axis

Z Axis Alignment - Final Alignment and Testing

Your E-Stop could be active. Check to make sure the E-Stop in the front face of your machine is not engaged. Also, the US 110 volt edition of Q-Series machine has an additional spindle safety circuit to check - Make sure your 110 volt plug from the back of the machine is connected to a live power source, or, your spindle safety override switch (located on the top of the machine) is engaged.

If you find that your tool length sensor (TLS) is functioning properly, but not touching the very top of your material, you may need to preform a quick calibration. This ensures that the tool length sensor is accurate and reliable. The following video will walk you through the simple TLS calibration...

The HF-500 can support up to 8mm ER11 collets.  The most popular in North America are 1/8” and 1/4”, but they have collets that range from 1mm to 8mm that will work.   The ER11 is an industry standard that determines the overall collet size.  ER11, ER16, ER20, ER25 are all common sizes.   But the HF 500 and our Tool Changer tool holders for the MM-1000 are both designed for the ER11.