We design products, the machines and tools that build them and the processes that make them — from the first sketch to series production.
Most products fail between departments: the board that does not fit the enclosure, the part that cannot be welded, the line that was planned for a different product. We work across those lines.
Parts, assemblies, special-purpose machines and the fixtures that build them — from lightweight aerospace components to welding jigs that hold every part the same way, every time.
Battery packs, circuit boards and wire harnesses designed together with the mechanics around them, so that everything fits, cools and connects.
Designs simplified for the shop floor and for series production, and factories planned and tuned so the work flows with less waste.
A sample, not a limit. If it involves mechanics, electrons or a production line — or all three at once — we would like to hear about it.
Five steps, each with a clear result. Bring us in at the beginning, or at the exact point where the project got stuck.
We start with the function, the volume and the constraints — not with the CAD model.
Mechanics, electronics and harnesses developed as one system, with tolerances that follow function.
Fewer parts, fewer operations, fewer setups. Every feature has to earn its place.
Processes, suppliers, fixtures and work instructions so the product can be built at scale.
Line layouts, takt and flow measured and improved after production starts.
From a single fixture to a complete production flow — and everything in between that needs mechanics, electronics and manufacturing to agree.
Machines built for one job: test rigs, handling and lifting equipment, assembly stations and small automation cells.
MachinesWelding fixtures, assembly jigs and check gauges that locate parts repeatably — designed around the part’s datums and the reach of the welder, robot or operator.
ToolingParts, assemblies and mechanisms from concept to a released drawing package, with tolerances that follow function rather than habit.
MechanicalTaking designed products to the shop floor: choosing processes, guiding suppliers and closing the gap between the model and what can actually be made.
DFMReworking existing products so they are quicker and cheaper to make — fewer parts, fewer operations — without giving up function.
DFM / DFATurning a prototype that works into a product that can be built by the thousand: tooling-friendly geometry, assembly sequence and cost per unit.
SeriesLightweight structural and system components designed for strict weight, material and traceability requirements.
AerospacePacks, modules and enclosures: cell layout, thermal paths, busbars, mechanical retention and serviceability.
EnergySchematics and board layout for control and power electronics, developed together with enclosure, connectors and cooling.
ElectronicsRouting, connector and wire selection, and manufacturing drawings a harness shop can build without questions.
ElectricalConverting diesel, petrol and lead-acid machines and vehicles to battery-electric — kits, integration and documentation.
ConversionRugged, battery-powered devices that measure, log and alert — built for cold, wet and remote Nordic sites.
ConnectedSolar and battery systems for equipment that has to work where there is no grid connection.
Solar + storageRepairing and upgrading batteries, electronics and harnesses so useful machines stay in service instead of becoming waste.
CircularProduction planning, line layout, capacity and work-station design for new products and growing factories.
IndustrialMapping how work really flows, finding the bottlenecks and waste, and fixing them with measurable results.
LeanFirst working units, then the fixtures, suppliers and instructions to build the next fifty the same way.
IndustrialiseConcept studies for real Nordic problems. Each one combines mechanics, wiring, battery electronics and production engineering — the same mix we bring to client projects.
01Concept studyElectric drive kits for classic wooden boats
A bolt-in electric conversion for Sweden’s classic snipa and wooden motorboats — replacing 60-year-old engines that leak, smoke and lack spare parts.
02Concept studyA second life for golf carts
Lithium retrofit kits that replace heavy, cold-sensitive lead-acid batteries in golf club and campsite fleets — installed in the off-season.
03Concept studyElectric conversions for stable loaders
Diesel mini-loaders converted to quiet, zero-exhaust electric machines for horse stables, where fumes and noise matter most.
04Concept studySnow-load monitoring for roofs
Rugged strain sensors and long-life LoRa electronics that warn barn, warehouse and sports-hall owners before snow load becomes dangerous.
05Concept studyTurnkey electrification for small machine builders
Battery, harness, control electronics and production setup for workshops that build log splitters, snow sweepers and crane trailers but have no electrical team.
06Concept studyOff-grid, frost-free livestock waterer
An insulated, solar-powered water trough with LiFePO₄ storage and an SMS alert before the water freezes — for pastures with no power line.
07Concept studyElectric ice-resurfacer conversion
Replacing propane and diesel in indoor ice rinks — removing CO and NO₂ exposure without the cost of a brand-new machine.
08Concept studyNew wiring for classic Volvo and Saab
Plug-and-play harnesses and a modern fuse-and-relay box for classic cars whose 40-year-old wiring has cracked and corroded.
09Concept studyA second life for robot lawn mowers
Battery cell replacement, board repair and seasonal service that keeps repairable mowers out of the waste stream.
We can help. With 40 years of combined engineering experience, we stand beside you while your idea goes from a sketch, through manufacturing, to something real.
Tell our assistant what you would like to build. It will tell you straight away what we can do — and, just as honestly, what we cannot.
Demo with example questions. A live AI assistant is coming soon.