3D Printer FAQs

The pressure plate/BuildTak is a wearing part. If cleaning is no longer helpful, the components must be replaced. You can obtain spare parts from our sales partner D-Edition.

D-Edition e.K
Sailweg 7
95339 Neuenmarkt
Germany

Telephone: 09227-940777
Fax: 09227-940747
info@d-edition.de
www.d-edition.de

 

It could be that this is due to Windows and power management. In some cases, PCs enter a sleep, standby or energy-saving mode. When this happens, the USB connection can be disconnected and the printer stops printing.

Generated G codes are dependent on the slicer settings set in-house. As these are subject to constant improvements, distinctions may occur. However, there is no danger of damage to the 3D printer due to the supplied G-codes.

After some time, the nozzle on the print head may become contaminated. To clean it, move the print head to an easily accessible position and heat the print head to 220 C. Now carefully clean the nozzle with a small brass wire brush.

If the 3D printer prints at an offset when printing the component, this may be caused by a loose contact on the flat plugs in the limit switches. The flat plugs must fit firmly in the socket on the limit switch. If this is not the case, the contact pins on the flat plug can be bent slightly using a small screwdriver or knife to ensure the flat plug fits firmly once again in the socket.
If one or more axes of the 3D printer move away from the limit switch during manual control, this may be due to a loose contact on the flat plug in the limit switches. The flat plugs must fit firmly in the socket on the limit switch. If this is not the case, the contact pins on the flat plug can be bent slightly using a small screwdriver or knife to ensure the flat plug fits firmly once again in the socket.

The print dissolves at the corners.
Please check the adjustment and the leveling.

The material does not stick.
Please check the distance between the nozzle and the pressure bed.

The object cannot be removed after printing.
Please check if the nozzle is too low.

If this is the case with the first layer, the distance to the pressure bed is too low. At higher layers, a clogged nozzle can also be the problem. It is possible that the Z-axis is not correct because its friction is too high.

The material must always be clean and no dust particles should be visible. A contaminated filament can block the nozzle and cause a defect in the tip.
If the nozzle is heated too long without printing, this can lead to clogging of the nozzle.
Printing foreign material can lead to clogging of the nozzle and loss of the guarantee.
If printed components become too small and the nozzle "engraves" the component, this can be caused by slipping or excessive friction on the Z axis. In the E-Learning-Portal there are special tutorials showing the correct structure of the Z-axis Too much friction and slip can have the following causes:

• The hub nuts are not tight enough.
• The axle is braced.
• Lubrication is inadequate (especially on the washer between the hub nut and module 15 with bore).
• There is silicone between the hub nut and metal axle.
• The metal axle of the worm drive penetrates too deeply and the end of the axis grinds on the building plate.
• The gearwheel Z20 is pushed down so that sleeve 15 slides on module 15 with a bore.

When printed components have an offset, this indicates play in the X or Y axis. In the E-Learning-Portal there are also tutorials.

The software also works under Mac OS X and Linux with the Repetier-Host software: https://www.repetier.com/