Arms · Vision AI · AMR · Twin
Voltrion builds autonomous production systems — six-axis arms, vision-guided quality, mobile fleets and live digital twins that let one engineer run a shift that used to need twelve.
System catalogue
Catalogue — 01 / 06
Next-generation controllers with edge compute built in. Deterministic motion, hot-swappable IO and a programming model your maintenance team can own.
Industrial and collaborative arms spanning light handling to heavy palletising, all sharing one control stack.
Deep-learning inspection trained on your parts — defect classes your rule-based system can not express.
Mobile robots that map, navigate and re-route themselves — charging and traffic managed by the fleet layer.
A live mirror of your line — simulate changeovers, rehearse maintenance and train operators without stopping output.
Safety PLCs, zone control and collaborative speed monitoring engineered into every cell from the first schematic.
// Mission runtime
Voltrion Robotics — engineering practice, view on record
Deployment protocol
Protocol — 06 stages
We map your current line, log the bottlenecks and agree the success metrics before any design work starts.
Layout, cycles and failure modes simulated in the twin. You watch the line run before it exists.
Control cabinets, robot cells and vision rigs assembled and tested in our workshop, in sprints you can audit.
Factory acceptance with your team, then site acceptance on your floor — both against the metrics agreed at stage one.
Shift handover, operator certification and a hypercare window with engineers on site until the line is boring.
Telemetry, predictive maintenance and quarterly performance reviews keep the system sharp year after year.
Deployed across sectors
Sectors — 04
Body shop, powertrain and final assembly — where takt times are sacred and traceability is law.
High-mix, high-speed assembly and inspection where a single mispick costs a board.
Washdown environments, hygiene windows and season peaks that move every quarter.
Warehouses that flex with demand — AMR fleets, sortation and palletising under one controller.
Measured outcomes
We quantify every engagement against its own baseline — no generic industry percentages, no borrowed case numbers. Your audit defines your target state.
All efficiency claims are computed per project from your baseline data during Stage 01 intake, then verified at Stage 04 acceptance. Published figures are always project-specific.
Robots run the third shift without lights. Output is no longer limited by who is available on Saturday.
Vision feedback closes the loop on drift. First-piece quality becomes every-piece quality.
Recipe-driven setups let one line make ten products instead of one line per product.
Live OEE-style telemetry turns “the line felt slow today” into a number you can act on.
Safety & compliance
Every system ships with its full technical file — risk assessments, schematics, certificates and the declaration path for CE marking. Nothing is “to be supplied later”.
Machines engineered and documented to Machinery Directive requirements with a complete declaration path.
Engineering, delivery and service workflows structured on ISO 9001 quality management principles.
Safety functions designed to ISO 13849 / IEC 61508 principles with verified performance levels.
Collaborative speed zones, interlocks and light curtains tuned to how operators actually work.
Deployment log
Log — 03 entries
A six-axis welding cell for a tier-one supplier. Full metrics and reference calls are available to qualified prospects under agreement.
Available on requestDeep-learning inspection deployed on a high-mix SMT line. Technical detail disclosed during the sales process.
Available on requestA mixed fleet of mobile robots tied into WMS and line-side call points. KPI detail shared during commercial discussions.
Available on requestInitialize
Share your process, targets and timeline. We respond with a feasibility view, a scoped concept and an honest budget band — typically inside ten working days.