With the right part on hand when it is needed, production keeps moving. Truform helps keep critical components available by manufacturing replacements, bespoke, and obsolete parts when conventional supply routes are unavailable, impractical, or too slow.

Component procurement is how a business keeps the parts it relies on available, even when the original supplier, the tooling, or the drawing no longer exists. It covers everyday replacement parts as readily as ones that have not been made in years.
At Truform, a component is reproduced from its design, recreated from the physical part, or manufactured new. Its availability no longer depends on whether anyone still supplies it.
When you bring a component to Truform, the decision of how to make it starts with the part. A part still in production is a different job from one that has not been made in twenty years.
Truform makes it the way that best fits the part, weighing what it has to do, how soon it is needed, and how accurately it must be made, rather than starting with a preferred manufacturing process. There are four main ways, each suited to a different job:
A stored design kept in digital inventory, so a proven part returns to supply without recreating drawings or tooling.
Recovers a part that exists in hand but not on a drawing, using reverse engineering and3D scanning to create the data needed to bring it back into supply.
High accuracy, surface finish, and material performance for demanding components and repeat production.
Complex geometries and on-demand production where traditional tooling is impractical or unnecessary.
Truform reproduces a part from a drawing, a sample, or a scan. Reproducing it well comes down to two things: its shape and what it is made of. Take it from the wrong reference point, and the error is built in before machining starts. Match the shape but not the material, and the part can fit perfectly and still give way under load. Get both right, and the new part lasts as long as the one it replaced.
The parts Truform supplies this way fall into a few familiar types:
Like-for-like parts reproduced to the original fit, form, and function.
Discontinued parts recovered and remade, so older equipment remains running.
One-off and specified parts made to a drawing or a sample.
Repeat parts supplied to a consistent standard across a batch.
Component needs look different across industries, and so does the way each part is best made.
In most cases, Truform supplies parts across four sectors:
Replacement and production parts for valves, housings, and precision industrial components.
Parts for production vehicles, motorsport, and automotive aftermarket and restoration.
Components and wear parts that keep fabricated and machined production supplied at volume.
Bridge and pre-production parts that keep a design moving toward launch.
Truform brings together the manufacturing capabilities a part needs, so the part decides how it is made, not the other way round.
What that brings together:
Procurement does not stop at one order. As a part is revised, superseded, or discontinued, Truform helps keep it available, so a proven part is never one a business has to source from scratch again.
It covers the parts a business depends on: replacement parts, production parts, custom work, and parts that are no longer available. Each one is reproduced from a design, a sample, or a scan, then made the way that suits it.
Yes. A part with no drawing is recovered through reverse engineering and, where appropriate, by 3D scanning, then reproduced or improved. Discontinued and legacy parts are matched to the original duty, so equipment stays in service long after the original supply has ended.
It depends on the part, its requirements, and the manufacturing route selected. Where lead time is critical, Truform will recommend the fastest practical route while maintaining the required performance and quality. A design already held in digital inventory is often the quickest to bring back into supply.
In many cases, a physical sample is enough. Truform can reverse engineer the part using measurement and 3D scanning, where appropriate, to recover the information needed to reproduce the part.