Cabinet pull 3 3/4 inch (95.25 mm) hole spacing - wide flat band handle, M4 blind hole, no supports

A wide flat band, 26 mm across – a pull with a large grip surface that works well on heavy drawers and with wet or floury hands. This is the everyday size for kitchen drawers and cabinet doors. Exact US spacing: 3 3/4 inch = 95.25 mm, not rounded to the nearest metric size, so it drops into holes already drilled for US hardware.

## Dimensions (measured on the CAD solid)

| | mm | |---|---| | Hole spacing, centre to centre | 95.24 | | Overall length | 135.2 | | Projection from the front | 29.0 | | Clear height under the bar | 23.0 | | Depth | 26.0 | | Weight in PETG at 100 % | approx. 45 g |

The dimensioned drawing (PDF) is in the download.

## How it mounts

It mounts the way shop-bought pulls do: an M4 screw comes from behind through the drawer front and threads into a blind hole in each foot (two holes). Nothing shows on the visible side. Drill the front 4–5 mm. Screw length: M4 x 22 for a 16 mm front, M4 x 25 for a 19 mm front, M4 x 27 for a 22 mm front.

Three versions are in the download: blind hole 3.4 mm (the screw cuts its own thread), 5.3 mm for an M4 heat-set insert, and undrilled if you want to place the holes yourself.

## Printing

* Print it lying on its side, as saved – every wall stands vertical, no supports. * Bed: fits every common printer (part length 135 mm). * PETG or ASA – PLA softens near an oven or in a sunny kitchen. * 4 perimeters, 30 % infill, 0.2 mm layers.

## The rest of the range

The same handle exists in 35 hole spacings – 32 to 832 mm on the 32 mm furniture grid plus the exact US inch sizes – and in seven profiles: round, square, flat, oval, wide band, fluted and slim. There is also a heavy-duty four-screw version.

## Tell me what you need

The range comes from parametric code, not from hand modelling. Another hole spacing, height, profile or a different screw is a parameter and a rebuild for me. Message me here on Cults and you will usually have your variant within 2–5 days. If something does not fit, tell me and I will correct it for everyone – buyers get the new file.

Printed parts are the responsibility of whoever prints them: check fit and strength before you rely on a pull for heavy loads.