ZedSled MFT

Variation of existing ZedSled. Use the Festool MFT table and 40mm extrusion to build a base for the sled and the domino boards

40 min

Intermediate

Tools

Output-20240724-0317.pdf

149 kB

slideplate.svg

8 kB

TtrackHolder v39.f3z

11 MB

Sled:

300X400X3.0MM Carbon Fiber Sheet

20x10mm Vslot rail and

T Nuts Tee Sliding Slot Nuts 20 Series M5

M5 x 10mm Flat Head Socket Cap Screws Countersunk Bolts

Dominos panels:

24x18 dibon aluminium panel

M8-1.25 x 12mm Flat Head Socket Cap Screws (countersunk)

T-Slotted Framing, End-Feed Single Nut, M8 Thread, for 40 mm Single Rail

Shaper Orgin

1/8'' bit

45 degre bit for countersunk holes

This project is built upon another one (https://hub.shapertools.com/creators/5bcf493945760d0017441fce/shares/65236d8451c7c2cbbfdc8457). In particular the 3d printed feets for connecting the 40mm aluminium extrusion to the MFT table. The sled cariage is based on the original ZedSled (https://hub.shapertools.com/creators/63b611f2fbe48653c207db8d/shares/6632aa366036cdb4caa5a7c6) The connection with the t-track is different, it relies on 3d printe feet at: https://www.printables.com/model/956433-connector-for-zedsled-mft. The carbon fiber dust is nasty take proper precautions. The sheet comes from amazon: https://www.amazon.com/dp/B09WY46K27?psc=1&ref=ppx_yo2ov_dt_b_product_details, as well as the 20x10mm rail (https://www.amazon.com/dp/B0CQSXCLHR?ref=ppx_yo2ov_dt_b_product_details&th=1) The domino panels are printed on dibon aluminium from AxiomPrint, using https://browncowww.pythonanywhere.com/ (paremeters included). Holes are added in the 24x18 panel and then it is cut in 2. A fusion360 is enclosed for the all parts.