From a single part
to the whole system.

01 / Give your idea shape.

Product Design & CAD

From an initial sketch to detailed parts and assemblies. Resolve fit, function, and how the design can be made.

• 3D CAD & mechanical design+

  Turn a concept into a three-dimensional model. Develop the shape, layout, and moving parts, then refine clearances and interfaces so components can fit and work together.

• Enclosures, mechanisms & assemblies+

  Design the cases, linkages, mounts, and grouped parts that make up a product. Check how pieces align, attach, move, and come apart for assembly or repair.

• Reverse engineering & design refinement+

  Use measurements, photos, or an existing part to recreate useful geometry. Adjust a design to address fit, usability, or fabrication constraints.

• Technical drawings & manufacturing files+

  Prepare drawings and digital files that describe a part or assembly, including relevant dimensions, notes, and details for review or fabrication.

WHAT THAT CAN LOOK LIKEA custom enclosure that fits your electronics, assembles cleanly, and can be prototyped.

02 / Make something you can test.

Prototyping & Fabrication

Turn designs into physical parts, fixtures, and proof-of-concept builds. Choose the process around the project’s requirements.

• 3D printing & CNC machining+

  Make prototype parts using an appropriate process for their shape, fit, material, and intended use. Part size and process suitability are confirmed during scoping.

• Custom parts, fixtures & jigs+

  Create one-off components or workshop aids that hold, position, protect, or connect parts for a particular task.

• Prototype assembly+

  Bring fabricated parts, fasteners, electronics, and other components together into a testable physical build.

• Small-batch fabrication+

  Produce a limited quantity of parts or assemblies when a project needs more than one prototype but is not yet at production scale.

WHAT THAT CAN LOOK LIKEA one-off bracket, a workshop fixture, or the first physical version of a new product.

03 / Bring the hardware to life.

Electronics & Embedded Systems

Connect sensing, control, and movement. Develop the electronics and firmware that make a physical prototype work.

• Schematic capture & PCB design+

  Plan how circuit components connect, then lay them out on a printed circuit board with attention to board shape, component placement, and assembly.

• Microcontrollers, sensors & motor control+

  Select and connect control hardware, sensors, motors, and actuators to support the functions a prototype needs.

• Embedded firmware+

  Write software for the electronics inside a device, such as code that reads sensors, responds to inputs, or controls outputs.

• Hardware bring-up & testing+

  Power up a new board or prototype, check key connections and behaviours, and work through issues found during initial testing.

WHAT THAT CAN LOOK LIKEA sensor, controller, and custom PCB integrated into a purpose-built enclosure.

04 / Work through the unknowns.

Technical Development

Explore feasibility, troubleshoot a stubborn problem, or build a tool to test an idea before committing to the next stage.

• Feasibility & proof-of-concept work+

  Explore whether an idea can work by identifying key constraints, testing assumptions, and building a focused first version.

• Troubleshooting & test rigs+

  Investigate a technical issue or create a simple setup that makes it easier to observe, measure, and test a component or system.

• BOMs & assembly documentation+

  Organize component and material information, part references, and assembly steps to help make a design easier to review and put together.

• Sourcing & manufacturing support+

  Compare practical component or fabrication options and prepare the design information needed to discuss a build with suppliers.

WHAT THAT CAN LOOK LIKEA test rig that helps you understand whether a mechanism or control concept will work.