A small set of reusable foundations — hardware bricks, indexed inventory, a CODESYS controls template, and integrated fixtures — that travel with every Levra build. Each project sharpens the library, so the next machine ships faster.
Bricks are the internal patterns we trust: controls, motion, pneumatic, and power modules we re-use across builds. They let us mock up a cell on the bench quickly, prove out the design with real hardware, and iterate without rebuilding the panel between revisions.
When your machine ships, it doesn’t carry the bench rack. You get a custom industrial control panel using only the components your build actually needs — the same proven parts we developed on, laid out for production.
Every component scanned, indexed, and tied to a project. Pick lists and build instructions generated per build. The shop runs like a small manufacturer, not a small studio — parts pulled from labeled bins, not hunted across vendors.
Every link is auditable. From spec to assembly, you know exactly which parts went into which machine and why.
Cell requirements, parts list, and station definitions captured up-front in one place.
Bill of materials with vendor part numbers, quantities, and approved substitutes called out.
Allocation pulled from inventory. Gaps flagged for ordering before the build starts.
Complete kit assembled on the bench before any build begins. No scavenger hunts on assembly day.
Mount, wire, and plumb each device with show-on-diagram views guiding every connection.
Operator verifies every actuator and sensor in the CODESYS template’s manual HMI.
Every Levra machine inherits a proven controls software foundation. Login, operator control, mode management, fault recovery, job tracking, diagnostics, and manual override all ship as a CODESYS template — the same shell on every machine. Machine-specific code (sequences, station logic, recipe handling) plugs into defined insertion points instead of being authored on a blank project.
Most of the real work in automation is in the fixtures, tooling, and details of how the station actually handles the parts. We design and build complete stations where the fixtures, motion, and control panel are treated as one integrated system — not three separate purchases that have to be made to work together later.
From “we should automate this” to a running cell. We adapt to where you are — whether you’re exploring feasibility or ready to build.
A focused, lower-commitment engagement to define the right problem, the right approach, and a realistic budget.
Full project execution from design through FAT, installation, and SAT for compact cells and stations.
Upgrades and targeted improvements for equipment you already rely on, scoped around fast payback.
Share a line, cell, or station that isn’t where you want it. We’ll map the current state, outline options, and be realistic about where automation will and won’t pay off.