P.01DOCTRINE
Intellectual Rigor
Every system begins with first-principles thinking. Physics, math and data inform each decision before a bracket is cut.
Doc · AboutEst. 2010Rev. 04
01 · THE THESIS
We do not assemble.
We invent from scratch.
A collective of mechanical, electrical, vision and software engineers who design industrial automation from a blank page — translating intent into machines that ship, scale, and stay alive on the factory floor.
02 · AT A GLANCE
Numbers we stand behind.
FIG. 01
0
Years Engineering
FIG. 02
0
Systems Delivered
FIG. 03
0
In-house Specialists
FIG. 04
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Industries Served
03 · ORIGIN
Our Story
Two decades of engineers who think across disciplines — vision specialists sketching next to mechanical leads, controls engineers prototyping with software architects.
To build machines that outlast their operators, every actuator and every line of logic must be conceived for its precise environment. We author the physics before we write the code.
We started with a simple belief: the best automation isn't bought — it's designed. Every factory has a problem no catalogue machine can solve. That's where we begin.
Today our machines run in semiconductor fabs, medical device plants, EV battery lines and aerospace shops — quietly, reliably, and exactly the way our customers asked for.
04 · DOCTRINE
Principles that shape every machine.
Not slogans — these are the working rules our engineers actually use when a customer says "we have a problem".
P.02DOCTRINE
Originality by Default
We don't resell off-the-shelf solutions. Each machine is conceived, modeled and validated in-house, from blank canvas to working line.
P.03DOCTRINE
Customer-Embedded
Engineers spend time on your floor — observing, measuring, listening — so we solve the real bottleneck, not the assumed one.
P.04DOCTRINE
Built to Outlast
Industrial-grade tolerances, redundant safety circuits and serviceable architecture keep machines running a decade after install.
05 · METHOD
How a machine is born.
4 phases · ~12 weeks typical
STEP 01
01
Discover
Workshops, line-walks and data captures translate vague pain into a precise problem statement.
STEP 02
02
Conceive
Multi-disciplinary brainstorms produce 3–5 candidate architectures, scored on cost, cycle and risk.
STEP 03
03
Engineer
Mechanical, electrical, vision and software teams co-design in parallel using a shared digital twin.
STEP 04
04
Build & Validate
In-house fabrication, FAT and SAT — with your team in the loop — ensure zero surprises at go-live.
06 · DISCIPLINES
One team. Many disciplines.
When mechanical, electrical, vision and software live in the same room, the gaps that usually slow projects down simply disappear.
D.01
Mechanical Design
D.02
Vision & AI
D.03
Controls & PLC
D.04
Software & HMI
D.05
Precision Motion
D.06
Functional Safety
07 · TIMELINE
A continuous line of work.
- 2010
Founded as a small engineering consultancy with a refusal to integrate someone else's compromise.
- 2013
First fully in-house designed inspection system shipped to a tier-1 semiconductor fab.
- 2017
Cross-disciplinary R&D lab opens. Mechanical, vision, controls and software now share one room.
- 2020
Vision + AI division formalized — defect detection models trained on millions of real factory frames.
- 2024
500th system installed. Active in 15+ countries across automotive, aerospace, medical and EV.
08 · DEPLOYMENTS
Where our work lives.
Semiconductor/Medical Devices/EV Batteries/Aerospace/Automotive/Electronics/Pharma/Precision Optics
09 · END OF DOCUMENT
Have a problem no catalogue machine can solve?
Bring us the constraint, the cycle time, the impossible tolerance. We'll bring the engineers.
