Built for the working environment
Industrial equipment has to perform on a construction site, a factory floor or underground, not in a showroom. We design and engineer industrial hardware that holds up where it actually gets used.
A product development partner built for this sector
Industrial products get judged by different standards than consumer ones: durability, compliance, and whether they survive daily use by people who don’t have time for anything fragile or fiddly. We design and engineer for that reality from day one, not as an afterthought once a nicer-looking version has already failed in the field.
We’ve taken industrial products from an urgent safety problem to a manufactured, market-ready solution, and from a single sensor prototype to a product deployed across national infrastructure. What connects the work is the same discipline: build it to actually survive where it’s going to live.
Design for real-world conditions
Mechanical design and engineering for equipment that has to withstand heat, dust, vibration, and constant handling, not just look good in a render.
Rapid prototyping & validation
In-house prototyping, including CNC machining, used to validate full-scale designs before tooling is committed to, so problems get caught before they’re expensive.
Manufacturing & supply chain
Supplier sourcing, quality control, and production support, taking a product from first working prototype through to consistent, repeatable manufacture.
Compliance & certification
Products engineered to meet the standards their environment demands, from health and safety requirements on a construction site to conditions in a live sewer network.
Industrials FAQ
Do you only work with large industrial manufacturers, or early-stage products too?
Both. LIDoTT started as a sensor prototype developed with Detectronic’s team; Haz-Pod and Site Pod both moved from an identified safety problem through to manufactured products used on live sites.
Can you help with compliance and certification requirements?
Yes. Industrial products often carry specific regulatory or safety requirements, and we build these into the design and engineering process rather than treating them as a final check before launch.
How do you validate a design before committing to tooling?
In-house prototyping and machining let us test full-scale designs and catch problems before they become expensive, rather than discovering them after tooling is already committed.
Do you support manufacturing and supply chain, or just design?
Both. We manage supplier sourcing, quality control, and production support through to consistent, repeatable manufacture, not just a design handed off at the end.