Velo3D

New Instructable Demonstrates How To Create Replaceable 3D Print Bed for Under $5

Desktop Metal

Share this Article

printrbot-simple-3d-printer2If makers are building out their own 3D printers left and right, surely it shouldn’t be much of a challenge to make your own print bed. And one that is reusable and practically disposable, costing under $1 per print bed, is surely a motivator. So, the question is, who is looking for a fun, inexpensive, easy project — and needs a new print bed?

We ran across a great Instructable by akdrama, which is entertaining, clearly outlined, and could give you cool and affordable new materials to rely on for your 3D printing adventures.

The print bed, the flat surface that objects are printed on, is obviously one of the most crucial elements to 3D printing and to the machine itself. Obviously, you want the best surface possible for your 3D print, and there are a lot of different schools of thought on how to achieve that. Andy/akdrama allows us to consider a new take on the print bed.

Warning: This print bed is not for you if you use a heated print bed.

For this project (which makes four print beds), you will need only the barest list of materials, as follows:

  • Four dollars (that’s right!).
  • One placemat by Mainstays (UPC 0 28332 52351 6), which sells for under $3, usually purchased at Wal-Mart.
  • One gluestick.

materials - placematThe placemat is vinyl and by printing on the non-glossy side, the 3D printed product is easily removed. Akdrama points out that he did try printing on the glossy side, but with disastrous results. You could try your hand at it as well, but will most likely experience lots of messy melting issues, with both the extruder tip and the object you are printing.

By using the matte side of the vinyl placemat, you will have quite the strong material for a print bed, adhered with the glue stick and providing ease in removing it for later replacement. The one placemat should provide four print beds, and you will want to cut them into pieces allowing for excess size around what you are printing.

Next:

  1. Verify that your Z-axis is properly set up, and that the probe tip can get as close to the bed as possible. Note: this is vital as the probe needs to sense the bed through your new print bed.
  2. Apply a coat of glue to the glossy side of the print bed and press it down on the print surface.
  3. Modify your printer’s firmware setting for the Z-axis offset, using the M212 command, using command M501 to see your current setting, which is probably a negative value. (Akdrama noted that in lowering his Z probe a bit and adding the print bed he ended up with a Z axis offset of +0.05. Before with just masking tape he was at -0.78.)

It’s that easy–and you are ready to print. What type of print bed do you currently use? Share your thoughts with us in the Instructable Print Bed forum at 3DPB.com.

Print Bed in use

Print bed in use

Share this Article


Recent News

3DPOD Episode 110: Additive Manufacturing at Ricoh with Enrico Gallino

3D Printing Webinar and Event Roundup: July 3, 2022



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

Swiss EMS Group Picks 3D Systems for New Nylon 3D Printing Material

3D Systems (NYSE:DDD) has announced a partnership with EMS-GRILTECH (SIX:EMSN) to develop new 3D printing materials. Leveraging the polyamide manufacturing expertise of EMG-GRILTECH, a business unit of Swiss chemical company...

3D Printing Webinar and Event Roundup: June 26, 2022

Events for this week have already started, like the ISTE Live conference for technology in education down in New Orleans. Stratasys continues its Experience Tour in Ohio, Divide by Zero...

3D Printing News Briefs, June 23, 2022: New Software, DfAM Course, & More

In today’s 3D Printing News Briefs, Lithoz is introducing a new technology and printer, and Artec 3D has launched an update to its Studio software. Finally, on to partnerships, as...

Raytheon Company Behind Next-Gen Spacesuits Opens New 3D Printing Center

Collins Aerospace, a division of Raytheon Technologies, revealed its new additive manufacturing center and the expansion of its maintenance, repair, and overhaul (MRO) capabilities at its Monroe, North Carolina campus....