Prensa de banco impresión 3D

Prensa de banco para impresión 3D. Modelo simple con 115 mm de apertura máxima.

joaquin dassori

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Description

This proyect is a 3D printed bench vise. This bench vise has a maximum oppening of 115 mm. It's function is to be fitted at the side of a desk and has the ability to hold objects in place.

Este proyecto de impresión 3D es una prensa de banco. Esta prensa de banco tiene un apertura máxima de 115 mm. Su función es conectarse al borde de una mesa y poder sostener objetos en el lugar.

Details

This 3D printed bench vise has a lot of exchangeable parts which can be modified by the user or replaced in case of a failure or breaking.

The printing parameters of this 3D printing are as follows:

Standard resolution: 0.2mm
Infill: 15% triangles
Wall thickness: 0.8 mm
Wall line count: 2
Print speed: 50-60 mm/s

Total printing time: 31h 51min
Total weight: 258g

Parts:

1) Body

Printing time: 12h 52min

Weight: 108g

2) Base

Printing time: 4h 48min

Weight: 44g

3) Wall

Printing time: 2h 12min

Weight: 21g

4) Face x2

Printing time: 2h 33min

Weight: 23g

5) Pin

Printing time: 1h 8min

Weight: 8g

6) Slider

Printing time: 1h 35min

Weight: 15g

7) Screw 1

Printing time: 4h 12min

Weight: 24g

8) Screw 2

Printing time: 2h 31min

Weight: 15g

Files

tornillo 1.stl Standard Tesselated Geometry - 1.59 MB - 12/22/2022 at 22:19		Download
tornillo 2.stl Standard Tesselated Geometry - 838.56 kB - 12/22/2022 at 22:19		Download
cuerpo.stl Standard Tesselated Geometry - 52.04 kB - 12/22/2022 at 22:19		Download
base.stl Standard Tesselated Geometry - 95.39 kB - 12/22/2022 at 22:19		Download
pasador.stl Standard Tesselated Geometry - 15.71 kB - 12/22/2022 at 22:19		Download

View all 9 files

Components

1 × Body
1 × Base
1 × Wall
1 × Slider
1 × Pin

View all 9 components

Build Instructions

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1

Step 1

First, the base is attached to the body with two screws that go into the holes in the base.
2

Step 2

Then the slider is inserted into the body together with the pin. The pin is attached by two small screws to the body.
3

Step 3

Then screw 1 is passed through the pin and screwed to the wall component.