A question often arises regarding the durability of 3D printed parts. While 3D printed plastic is far more common, there are machines that will directly 3D print metal. I'm sure it's not hard to imagine that a 3D printed plastic part is generally not suitable for use where a metal part was originally used. particularly in situations where durability and heat resistance are necessary. Plastic parts that have been 3D printed also tend to be porous and may crack, warp, or de-laminate over time. And while 3D printed metal might be cost prohibitive, consider that a 3D printed part may be just the tool to be useful in pattern making for cast parts. Take a look at a couple of these videos that might give some ideas about 3D printing and casting. 

 

These videos are from the YouTube user "Myfordboy" and are an example of what can be done with 3D printing and metal casting.

 

 

We're here to help if you want a part that you can't find anywhere else.  Our design services can be used to provide 3D models and/or 2D drawings that you can either have fabricated by us or a 3rd party if specialized equipment is required, or you can just use it for yourself.

We offer 3D printing in a number of different materials.   Remember 3D printing is NOT SUITABLE FOR ANY LIFE CRITICAL application, but does work well for prototype and fitment purposes, ornamental or decorative, jigs and fixtures and a number of other applications.

We also offer laser cutting of softer materials that do not contain chlorine (i.e. no PVC).  Sorry, we don't have the capability to cut metals.

Send us an inquiry today to see if we can help.

People who have spent any amount of time working on old tractors and implements know that at times the parts and tools are not available "at the store."  Sometimes even the simplest of tools, like an alignment jig, can be a big time and headache saver.  What if that knowledge could be shared with other people who are trying to keep their favorite tractor working on the farm or ranch?  While many sites focus on 3D plastic printed parts, sometimes the best part may be made of wood or necessarily out of brass, steel or iron.  Consider the following examples:

  • A 3D printed spacer for terminals on a broken fuel guage.
  • A 2D laser cut pattern for a water pump gasket cut from gasket material.
  • A laser cut template from MDF as a guide for a handheld plasma cutter to cut a mounting bracket out of steel.
  • A model of a clip that can be printed to hold spark plug wires.
  • A 3D model that can be used to manually or CNC cut a brass fitting for a radiator drain.
  • A 3D model that be be used to retrofit the bulb housing for modern LED lighting or backlighting.
  • A printable mold that can be used for resin or urethane casting of a missing emblem.
  • A model that can be used to make a mold for sand casting of aluminum, brass or iron and later machined.
  • A drawing for bending wire to hold a throttle lever in position.

There are limitless ideas that can be shared to keep these classic tractors out in the field.

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