Robotic automation cell running an assembly line

Capabilities engineered to move the numbers

Four disciplines, one operating rhythm. We automate, integrate, and instrument plants so output becomes something you can measure, not hope for.

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A modular delivery rhythm from audit to review

How we deliver

Signature capabilities

Four practices that turn complexity into control

Each capability is a standalone engagement or a module inside a wider program. They share the same data contracts, so they compound instead of colliding.

Automation modules on a production bench

Industrial automation

From a single robotic cell to a full line, we design, program, and safety-rate the automation that carries your throughput. Cycle times drop, quality holds, and operators get controls they can actually read.

Robotic cellsPLC and HMISafety ratingLine balancing

Control and technology components on a dark background

Systems integration

We wire the plant together: machines, sensors, MES, and ERP speaking one protocol. No more islands of data or manual re-keying between shifts. One signal, one source of truth, top floor to shop floor.

OT and IT bridgeMES and ERPProtocol mapping

Process engineering

We map value stream by value stream, find where throughput leaks, and re-engineer the line for reliability by design. Changeovers get faster, scrap gets rarer, and the bottleneck stops moving every week.

Value stream mappingThroughputReliability

Instrumented metalworking machine detail

Data frameworks and controls

We turn raw machine signals into KPI dashboards leadership can trust. From baseline instrumentation to live OEE, every metric is defined, owned, and tied to a decision on the floor.

KPI mappingLive OEEDashboards

Delivery process

Every engagement follows a clear, modular path

We keep it transparent, predictable, and focused on results. Each step ends in an outcome you can point to, not a status update.

Engineer working through system drawings and schematics

Signal to result

1 week

01 Discovery audit

We walk the floor, instrument the gaps, and map where value leaks against your current KPIs.

Outcome: a shared, data-grounded picture of the plant.

1 to 2 weeks

02 Planning brief

We design the delivery cycles, data contracts, and KPI structure the plant will run on, with an owner for every module.

Outcome: a measurable roadmap aligned to your goals.

3 to 8 weeks

03 Execution track

Engineering squads ship in modular cycles, integrating cells, sensors, and dashboards without stopping the line.

Outcome: visible progress at every milestone.

Ongoing

04 Performance review

We measure against the agreed KPIs in the open, then adapt. Course corrections are built in so gains hold after go-live.

Outcome: impact you can quantify and defend.

What you get

Deliverables built to outlast the engagement

A running system

Automation, integration, and controls handed over commissioned and documented, not a slide deck of intentions.

A live KPI baseline

Dashboards wired to real machine signals, with every metric defined and owned so the numbers stay honest.

A maintainable handover

Clean drawings, control logic, and a trained team, so your engineers own the system long after we leave.

Client quotes

Proof in practice

Measurable results with clarity built into every project.

Nordwell^™

“Corten automated our two worst cells and integrated them with our MES in a single quarter. Changeovers that used to eat a shift now take minutes, and we can see it happen live.”

John Kowalski

Plant Director, Nordwell

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Ferrotek^™

“The data framework became our single source of truth. Process engineering and controls were done by the same team, so nothing got lost in a handoff. Downtime fell 41% and stayed there.”

Maren Aksoy

COO, Ferrotek

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Axiom⁺

“Modular delivery meant we never had to stop the line to modernise it. Small, measurable steps, integrated cleanly, and for the first time a roadmap the whole floor believes in.”

Priya Raghavan

Head of Engineering, Axiom+

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FAQ

Questions, answered with clarity

Still unsure where your plant fits? Send a rough problem statement and an engineer will point you at the right first step.

Do capabilities have to be bought as one program?

No. Each of the four capabilities runs as a standalone engagement with its own scope and KPI. Because they share the same data contracts, you can start with one and add the others later without re-work.

Can you work without stopping our line?

Yes. Modular delivery cycles are designed around your production calendar. We integrate cells, sensors, and dashboards in reversible steps, scheduling any unavoidable stops with your operations team well ahead of time.

How do you handle safety and compliance?

Every automation and integration engagement is safety-rated to the applicable machinery and functional-safety standards, documented, and signed off before commissioning. Compliance is part of the delivery, not an afterthought.

Do we own the code and drawings afterwards?

Fully. Control logic, HMI projects, drawings, and dashboards are handed over as your property, with source files and a trained team. We build systems your engineers can maintain, not black boxes that lock you in.

How do you measure whether it worked?

We agree the KPIs before touching a line, baseline them during the discovery audit, then review against them in the open. Progress is something the plant can point to on a live dashboard, not a story we tell at the end.

Capabilities engineered to move the numbers

Four practices that turn complexity into control

Every engagement follows a clear, modular path

Deliverables built to outlast the engagement

Proof in practice

Questions, answered with clarity

Ready to define your measurable next step?

Engineering tomorrow’s industry