Why I’m getting “tails” or “swirls” in the corners of my Vision 16 Series engraving?
If you're getting 'tails' or 'swirls' in the corners of your engraving with the Vision Engraver, it might be due to your cutter speed being too fast relative to your x-y speed. Try slowing down your spindle speed or increasing your table speed. Also, check if your cutter is worn or damaged, and consider turning down the dwell speed.
Why is the letter quality poor on my Vision 16 Series?
If you are experiencing poor letter quality with your Vision Engraver, it may be due to engraving too fast; try adjusting engraving and spindle speeds. If diamond drag engraving, reduce down pressure or engraving depth, and ensure the material grain runs left to right. Check for a worn or dull cutter, and ensure your material is securely fastened to the table.
Why is my Vision Engraver engraving uneven when using a nosecone?
If you're using a nosecone and your Vision Engraver engraving is uneven, ensure your spindle is properly 'zeroed' to your material. Also, verify you're using enough spring pressure to keep the nosecone in contact with the material. Check if you are engraving too fast for the material; a bouncing cutter may indicate this. Inspect for a defective or broken cutter, or a defective material. Make sure your vacuum chip removal system is not plugged, and that the nosecone or vacuum nosecone is not loose.
Why Vision 16 Series makes unusually loud noises during engraving?
If you are experiencing unusually loud noises during the engraving process with the Vision Engraver, isolate the cause by removing the cutter, turning the engraving motor off, and running the engraving job or jogging the system. If the noise persists, it may be confined to the X, Y, or Z-axis; check for proper lubrication of leadscrews. If the noise goes away, remove the motor belt and run the engraving motor without starting a job to check the motor brushes. If there is no unusual noise when running the spindle motor with no belt attached, attach the motor belt, run the spindle motor, and vary the RPM with the Pendant control to check the spindle for overheating or defective bearings.
Why won't the motor belt stay on the pulley of my Vision Engraver?
If the motor belt of your Vision Engraver will not stay on the pulley, the motor belt is probably worn and needs to be replaced.
What to do if Vision 16 Series Engraver has no X, Y or Z-Axis movement?
If you have no X, Y, or Z-Axis movement on your Vision Engraver, check that the controller power is on, and that the drives are turned on. Also, check the table cable for a solid connection by removing and reconnecting it, tightening the hold down screws. Ensure that the job has been transferred to the controller and that the emergency STOP button is not depressed.
What to do if the spindle motor will not turn on on Vision 16 Series?
If your spindle motor of the Vision Engraver will not turn on, check the auto/on/off switch to ensure the proper operational mode. Also, check the motor brushes.
Why is the engraving on the plate 'slanted' with Vision 16 Series Engraver?
If the engraving on the plate is 'slanted' when using the Vision Engraver, check the material for squareness to ensure it is cut square. Also, verify that the material on the table is square to the home position and the edge guides.
Why is my Vision 16 Series Engraver engraving uneven without a nosecone?
If you are not using a nosecone and you have uneven engraving with the Vision Engraver, switch to a nose-riding method. Consider using a different method of holding the material, as double-sided tape may affect surface flatness. If possible, parcel the job to have more direct control over the depth of each specific area, which can be effective for uneven material or a large engraving bed.
Why is the spindle hot on my Vision 16 Series?
If the spindle of your Vision Engraver is hot, ensure that the nose cone area is free of debris and check the vacuum system (if used) for clogging. Inspect the spindle for other obstructions that may prevent proper rotation. The bearings may need to be replaced.
Outlines critical safety warnings and guidelines for operating the engraver.
Describes how to connect the engraver, controller, pendant, and peripherals.
Provides a step-by-step guide for zeroing cutters in top-loaded spindles.
Explains the procedure for zeroing cutters in collet spindles.
Details the steps for activating and using the proximity sensor for engraving.
Guides on lubricating leadscrews and linear rails for all models.
Solutions for engraving alignment and shallow margin problems.
Solutions for uneven engraving due to various causes.
Solutions for engraving artifacts like tails or swirls in corners.
Solutions for rough cuts, fuzz, or visible cut lines.
Addresses issues related to the quality of engraved letters and text.
Troubleshooting steps for a complete lack of axis movement.
Solutions for when a specific axis fails to move.
To Next Page
General
