A machine designed around your process
We start from your process — what is made, how fast, what must never happen — not from a catalogue machine.
Equipment
Automating the steps
still done by hand.
DatumProof designs automation equipment for manufacturers who want to automate a step of their process. Every machine is designed on our own platform, so its drawings, wiring and start-up procedure agree from the first day — and the machine reaches production with fewer surprises.
What you get
More than a machine.
Fewer surprises at start-up
Drawings, wiring and the start-up procedure come from one design, so what is built matches what was designed.
Documents that stay with you
The I/O list, the interlock tables and the procedures come with the machine — for maintenance, for the next change, and for the next person.
Why a platform company designs machines
A design tool is only as good as the machines it has designed.
Designing equipment ourselves is how the platform meets real parts, real wiring and real sequences before it meets yours. What it learns on our machines, every customer gets.
It is also where the company comes from. Our founder spent sixteen years writing control software for equipment — aircraft systems, then display and semiconductor manufacturing tools — always on the side that builds the machine. About the company →
What we design
Equipment that automates a step of a manufacturing process — transfer and handling, assembly, and the steps that are still done by hand today.
How a machine is designed here
From your process to a machine ready to start up.
- 1
Your process
What is made, how fast, and what must never happen.
- 2
Concept and layout
What the machine is made of, and where each part sits.
- 3
Parts and wiring
The parts chosen, and the I/O, wiring and BOM that follow.
- 4
Safety and sequence
What is allowed in each state, and the order the machine moves in.
- 5
Start-up
The procedure the machine is brought up with, in the right order.
Tell us which step you want automated.
What is made, what is done by hand today, and what makes it hard. From the design to building and delivering the machine, we would like to hear about it.