Engineering that ships

When the product you need doesn't exist, we design and build it

Cambridge Logic takes projects from feasibility to a manufactured unit — electronics, firmware, optics, mechanical and software under one roof. We already build the sensors, instruments and control systems behind casino floors, research benches and film sets. Bring us a spec, a prototype or a rough idea, and we'll engineer it into hardware that ships.

• What we build — Embedded systems, custom PCBs, precision sensors, optical instruments and the control software that drives them: production hardware, not slideware.
• How we work — Direct access to the Cambridge engineers who design the hardware, with a staged roadmap from feasibility through prototype to volume manufacture.
• What you get — Working hardware backed by test data, design documentation ready for CE/FCC/ISO pathways, and long-term support from the team that built it.

Electronics, firmware, optics and software

We don't hand the hard parts to a subcontractor. Every discipline a physical product needs lives in the same Cambridge workshop — which is why the parts actually fit together.

• Embedded systems & firmware — Microcontroller and SoC firmware, real-time control loops and device connectivity: the brains behind our roulette winning-number sensor and our multi-channel power-metering base station.
• Sensors & measurement — High-speed optical detection, precision levelling and per-circuit telemetry: ±0.01° accuracy in our roulette-wheel levelling sensor, up to 96 current channels in our branch-circuit power meter.
• Optics, photonics & instrumentation — LED photoreactors, fibre-coupled UV/VIS spectrometers and temperature-controlled reaction platforms built for reproducible lab science.
• Custom electronics & PCB — Analogue and digital board design, high channel-density layouts and electromechanical integration engineered to perform where downtime isn't an option.
• Lighting & control systems — Tunable and full-colour LED soft sources with network-ready control: overhead LED spacelights, compact and large-format soft-light panels and cinematic soft panels built for film, broadcast and studio rigs.
• Software, data & AI — Control software, data pipelines and Modbus TCP / web UIs that turn raw hardware output into something your systems and operators can actually use.

An engineering team, not a vendor

The same things we engineer into every product — accuracy, reliability and a clean compliance path — are what you get when you bring us a project of your own.

• A direct line to the engineers — You talk to the team that designs and builds the hardware in Cambridge, not a ticket queue or an account manager relaying your spec second-hand.
• Hardware, firmware & software aligned from day one — Electronics, embedded firmware, optics, mechanical and software designed together under one roof, so the disciplines don't fight each other late in the build.
• A structured roadmap from MVP to production — Staged plans that line up with your R&D, funding and product lifecycle: feasibility to V1, then a clear path to V2/V3 and volume manufacture.
• Documentation ready for CE / FCC / ISO — Design records, test data and compliance documentation produced as we go, so certification and audits are a step on the path, not a scramble at the end.
• Proven in demanding, regulated settings — Our kit runs on live casino floors, research benches, film sets and plant rooms: environments where it has to be accurate, reliable and standards-compliant.
• Manufacture & long-term support — Production-ready design, managed builds and ongoing support from the same team. We stay with the product after the first unit ships.

From feasibility to a manufactured unit

Four stages, no black boxes. You see working hardware and test data early, and you own the IP at every step.

• 1. Feasibility study — A short, honest assessment of whether your idea can be built, how, and what it would cost — before anyone commits to a long programme.
• 2. Design & prototype — Working hardware on the bench with real test data: electronics, firmware and mechanics iterated together until the concept proves out.
• 3. Build & integrate — Production-ready design with software, connectivity and compliance documentation brought into line, ready for certification.
• 4. Manufacture & support — Managed builds in our Cambridge workshop and long-term support, plus a clear roadmap to the next revision when you need it.

Tell us what you need built or measured — send a spec, a sketch or a photo of the bench. An engineer replies, usually within one working day.