3D Printing Deburring Tool V2 by BEAMink

BEAMink

Tools>Hand Tools

Print Profile(7)

All

X1 Carbon

P1S

P1P

X1E

A1 mini

V2 Deburring Tool Top, Bottom & Inserts 0.16mm layer, 3 walls, 100% infill

Designer

56 min

1 plate

4.8(84)

V2 Handle 0.2mm layer, 3 walls, 15% infill

Designer

1.4 h

1 plate

4.8(81)

1 build plate

1.8 h

1 plate

4.8(21)

A1 Mini, 0.2mm layer, 4 walls, 15% infill, 10mm brim

1.8 h

1 plate

4.3(3)

Click to see more

Boost

272

456

232

834

857

Released

Description

I have remodeled the 3D Printing deburring tool and fixed some issues.

The original was a model I made years ago for myself and friends. I never thought It would get so many downloads and there was a need for this, so I figured I owed it to everyone to remodel it and address some issues with Version 1

V2 now has mush easier threads, tighter bit tolerences, (Less wobble), greater bit extension and all around

nicer model.

Put a little grease where the bit goes before assembly and it helps with seating the bit.

Bits @ https://a.co/d/eMfLUbm

Thanks for the support!

3d printing

tools

3d printing accessory

deburring

deburring tool

deburringtool

Comment & Rating (232)

@Shawn_standridg

Print Profile

V2 Handle 0.2mm layer, 3 walls, 15% infill

didn’t fit at all. had better luck with v1

The designer has replied

@BEAMink

Sorry to hear. Which part? I've printed 4 from the app and tested 3 different bits. Happy to look into what the problem is.

@Shawn_standridg

I can’t screw in the end that goes into the body

@BEAMink

Replying to @Shawn_standridg :

I've updated the profile and Raw model. It just needed a bit of an adjustment.

@HotFix

Print Profile

V2 Handle 0.2mm layer, 3 walls, 15% infill

Side by side comparison of the V1 and V2 designs. The V1 worked OK with the designer's proper inserts, but the blade was still loose and could work itself out. The V2 worked MUCH better and solidly holds the blade in place. I kind of like the look of the V1 better, but I also prefer the shorter length of the V2. Can of soda for scale reference.

The designer has replied

@BEAMink

Thanks for the comparison and review!

(Edited)

@HotFix

Replying to @BEAMink :

Sorry for the double review but you had two print profiles and I reviewed each before I realized what had happened.

(Edited)

@Ryan14

Print Profile

V2 Handle 0.2mm layer, 3 walls, 15% infill

Took me a couple tries. But once I got my printer situated it worked well. I sanded the threads down to make it easier to take on and off and use it every day. I purchased one from Amazon but the handle was big and bulky this one is the perfect size. Thank you for creating and sharing!

(Edited)

The designer has replied

@BEAMink

Awesome! Thanks. Is that PETG?

@Ryan14

Yes, I used petg for the caps and the handle and it worked out well on both.

(Edited)

@Chry113

Print Profile

V2 Deburring Tool Top, Bottom & Inserts 0.16mm layer, 3 walls, 100% infill

Beautiful and intelligent design, unfortunately the thread of the top cap is not close to the body.

(Edited)

The designer has replied

@BEAMink

It looks like you printed version 1. The link for V2 is on V1s page or you can go to my page and find it there. it's a better model.

@BEAMink

Replying to @BEAMink :

I'm not sure how this happened but, I just noticed you have the V1 handle and the V2 Top. I'm suprised you were able to get it on. Try using all V2 components.

@barbasnoo

Print Profile

1 build plate

This blew me away with how well it works!!

@Phenix

Print Profile

V2 Deburring Tool Top, Bottom & Inserts 0.16mm layer, 3 walls, 100% infill

perfect

@DatumCAD

Boosted

Print Profile

V2 Deburring Tool Top, Bottom & Inserts 0.16mm layer, 3 walls, 100% infill

Awesome design for these knurled component, they look so sleek and are fully functional so a win-win. Wanted to comment specifically on this element as they are great, and I will be using this knurling method for myself in future projects!

@DatumCAD

Boosted

Print Profile

V2 Handle 0.2mm layer, 3 walls, 15% infill

Great design. Just lubricate threads & clean up the leading edges to screw in easier as these are very tight tolerance (designer may want to consider chamfer lead-in on the threads...provided the print can still be made to work on the bed). Also be sure to lubricate the blade restraint like instructed. For those (like me) who are used to a push button release type; you should fully assemble this tool before loosening off the blade holder end a few turns & the blade should push in.