Circle Router for GKF 12V-8
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Preliminary estimate for PETG
€0.13 – €0.15 net (excluding VAT)
For file: Circle Router Pivot_0.4n_0.2mm_PETG_MINIIS_11m.bgcode
This is an estimate for one file. You’ll confirm the exact price before ordering.
File and estimate settings
File used for this estimate
Average indicative estimate: €0.14 excluding VAT (range midpoint).
- Weight reported by the author
- 1 g
- Print time reported by the author
- 10.8 min
- Source material
- PET
- Estimate material
- PETG
- Estimate printer
- Bambu Lab P1S - 0.4 nozzle
- Estimate process
- 0.20mm Standard
Indicative estimate for the selected file only, based on the author’s weight and print time. File variants are not added together. The final price is calculated after file analysis.
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Circle Router to use with Bosh GKF 12V-8.
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Model information
- Source
- Printables
- Category
- Tools
- License
- Creative Commons — Attribution — Noncommercial — Share Alike
Description
This model is a circle router to be used with a Bosh GKF 12V-8. It uses a 12x12 mm extrusion for the arm. The minimum routing diameter is 240 mm and the maximum depends on the 12x12 mm extrusion length you use.
This model is based on my other model Base Plate for Bosh GKF 12V-8. The parametric model is provided for the GKF 12V-8 so feel free to use it for your customer design.
List of Parts
Printed Parts
| Name | Qty | |
|---|---|---|
Base PlateThe main design of the base plate can be downloaded here: Base Plate for Bosh GKF 12V-8. | 1 |  |
Center PlateThe center plate is fitting a 608 bearing as center point. | 1 |  |
Dovetail InsertThe insert is design to connect with a 12x12 square extrusion. There are 2 M4 nuts and screws per insert to secure the 12x12 extrusion. Each insert is attached to the respective plate with 2 M3 threaded inserts and screws. | 2 |  |
PivotThe pivot is design to fit a 5 mm screw. You can easily design your own pivot as soon as it fit the inside diameter of a 608 bearing (⌀8 x 7 mm). | 1 |  |
Consumables
| Name | Qty |
|---|---|
12x12 mm Square TubeMinimum length should be 160mm for a 240mm routing diameter. You need 40 mm more than the max routing radius needed. | 1 |
M4 NutStandard M4 hexagonal nut, should have 7 mm hexagonal size. | 4 |
M4x10 mm ScrewAny M4x10 screw will work, head type as available. | 4 |
M3 Threaded InsertUse 3D printing M3 threaded insert, length 5.7 mm and 4.6 mm external diameter. | 4 |
M3x10 mm ScrewRecommend to use hexagonal socket head M3x10 screw. In any case the head should fit in the Ø6x3mm counterbore. | 4 |
608 BearingRecommend using 608ZZ bearing (sealed). | 1 |
Ø5 ScrewAny screw or shaft you would like to use as center point. If different than Ø5 mm, you need to design your own pivot. | 1 |
Printing Instructions
Base Plate
Print with the routing face against the built plate. I recommend printing with .20mm layer height and 25% grid infill, 3 perimeters and 5 bottom layers. I recommend enabling the feature extra perimeters on overhang for a better result on the counterbores.
Center Plate
Print with the routing face against the built plate. I recommend printing with .20mm layer height and 25% grid infill, 3 perimeters and 5 bottom layers.
Dovetail Insert
Print with the end face against the build plate. I recommend printing with .20mm layer height and 25% grid infill, 3 perimeters.
Pivot
Print with the larger end face against the build plate. I recommend printing with .20mm layer height.
Assembly Instructions
Dovetail Inserts
Prepare the x2 Dovetail Inserts by setting the x2 Threaded Inserts each.
Set the 2x M4 Nuts each.
Secure the Nuts by sliding in the 12x12mm tube.
Base Plate
Set the Base Plate with the first Dovetail Insert and using two M3x10 screws.
Center Plate
Set the Center plate with the second Dovetail Insert and using two M3x10 screws.
Set the 608 Bearing in the center position.
Pivot
Set the Pivot and the Ø5 Screw or any Ø5 shaft.
