Saltar al contenido
Centro3D
Menú
Zero Play Guide Bars for table saw miter slot — modelo 3D

Zero Play Guide Bars for table saw miter slot

por Brian Wolfe en Thingiverse

The zero play guide bar system is a huge benefit for anyone making and using jigs in a climate where conventional wood guide bars will expand and contract. I will use this with my table saw miter slot but you may find it useful with your band saw or router table. Microjig has devised a nice...

Descargar los 15 archivos Ver en Thingiverse

15 archivos · 11,2 MB · se descargan uno tras otro

Licencia

Uso comercial permitido

CC BY 4.0 — Atribución

Puedes imprimirlo, modificarlo y venderlo dando crédito al autor.

Al descargar aceptas respetar la licencia y dar crédito a Brian Wolfe.

Archivos (15)
Categoría
Herramientas
Formatos
STL, SLDPRT, SLDASM
Descargas
9,904
Publicado

Sobre este modelo

The zero play guide bar system is a huge benefit for anyone making and using jigs in a climate where conventional wood guide bars will expand and contract. I will use this with my table saw miter slot but you may find it useful with your band saw or router table. Microjig has devised a nice solution https://www.microjig.com/products/zeroplay I relied upon the users manual to inform my design and hardware choices. https://s3-us-west-2.amazonaws.com/microjig-ecommerce-staging/uploads/resources/files/ZEROPLAY-User-Manual.pdf This current model has adjustability to fit slots from 0.688-0.774in (17.5-19.7mm) STL UNITS ARE IN INCHES Each guide piece is 8.94" (227mm) long. One guide set will fit diagonally on a 200mm x 200mm build plate. There are two configurations for this design. One uses heat-set inserts, one uses a little bit longer fasteners into low-profile hex nuts. BOM --- For Assembling the bars for heat-set insert configuration --- 2 - top_V2_in.stl prints 2 - base_in.stl print 12 - 8-32 thread size, 0.185" installed length heat-set inserts for plastics (mcmaster: https://www.mcmaster.com/#93365a140/=1c5hk4f) 6 - 8-32 thread 3/16" long button head hex drive screws (mcmaster https://www.mcmaster.com/#91306a264/=1c5hkqt) --- For Assembling the bars for hex nut configuration --- 2 - top_V2_nuts_in.stl prints 2 - base_nuts_in.stl print 12 - 8-32 thread size Narrow Hex Nut (https://www.mcmaster.com/#90760a009/=1ccrera) 6 - 8-32 thread 1/4" long button head hex drive screw (https://www.mcmaster.com/#91255a190/=1ccrmoc) --- For Assembling the METRIC bars for heat-set insert configuration --- 12 - M4 heat set inserts (https://www.mcmaster.com/#94180a351/=1cjbptu) 6 - M4 x 0.7mm thread - 5mm long button head hex drive screws (https://www.mcmaster.com/#91239a136/=1cjbqk5) 2 - base_metric_mm.STL (STL UNITS IN MILLIMETERS) 2 - top_V2_metric_mm.STL (STL UNITS IN MILLIMETERS) --- For attaching the bars to your specific jig --- 6 - 8-32 thread 1/2" long* pan head screw (mcmaster https://www.mcmaster.com/#91735a194/=1c5hman) 6 - #10 flat washer (mcmaster https://www.mcmaster.com/#92141a011/=1c5hmtj) To adjust, you will need a 3/32" allen wrench Follow the user guide (linked above) for the setup/installation. I did NOT create a stop piece for setup, as you can easily use a clamp and scrap materials to the same effect. After printed parts were removed from printer, I used some sandpaper to touch-up the long faces of my prints (there was a little deformation around the knit line). I also suggest that you flatten the bottom face after installing the inserts as material will swell around the holes on the underside. *This length with change depending on how thick the base plate of your jig is or how deep you're counterboring into that material.

Descripción original del autor, publicada en Thingiverse.

Más de Herramientas

Ver todo