Kossel Linear Delta Plus Corner Support

This design is based on kubik256's Anycubic Kossel Linear Plus Hardened Bed Corner. After printing I found that it was difficult to install on an assembled printer. So based on the design idea I struck out to design my own.

Features of the design:

• Retraction pockets for hammerhead nuts. Allows brace to be installed on column.
• Extraction slot to allow pulling hammerhead nuts back into pockets for disassembly.
• Solid brace for more support
• Brace design changed so that brace does not extend past the depth of the column.

(Will allow install on power supply column.)

• Sized for 240 mm bed size
• Bed support tabs version

(The bed will still require bed clamps.)

• Custom print supports so that slicer supports should not be necessary.
• Optional wire pass through

Parts to complete for each corner support:

• 4 - M4x20 mm screws and M4 hammerhead nuts for attachment to vertical column
• 4 - M5 or M4 x16 mm screws and M5 or M4 hammerhead nuts for attachment to bottom frame

Print Settings

Printer:

Anycubic Kossel Delta Plus

Rafts:

No

Supports:

No

Resolution:

.2

Infill:

40%

Filament:

Real Black

Notes:

I printed in PLA. I know that I should have printed in ABS. But, babysitting for my grand-daughter takes precedence over stinking up the house with ABS fumes.
If the PLA doesn't hold up I'll reprint in ABS.

Print 3 corner braces of whatever type(s) are required.

Note: The PLA printed supports are installed on my printer for 4 months with no issues.

Post-Printing

The clearance pockets for the column screw heads includes a cut so that the screws can be pried back to pull the hammerhead nuts back into the retraction pockets. The slots have a support structure that needs to be cleared out of the slot.

The bracket with the wire path has a support at the base which needs to be removed.

How I Designed This

1. Take measurements of the printer
2. Design in Fusion 360
3. Print
4. Test on printer
5. Repeat until satisfied
6. Install and enjoy the design
7. Share on Thingiverse