We turn concepts into resolved mechanical designs.
CAD, drawings, specifications, reverse engineering, DFM and DFA.
We build clean, structured CAD models that support both fast iteration and detailed development.
Our models are created with downstream use in mind, whether that means prototype manufacture, tolerance analysis, tooling, simulation, technical drawings or future design changes.
We produce clear technical drawings that communicate design intent without unnecessary complexity.
This includes appropriate dimensioning, tolerancing, material specifications, finishes and manufacturing notes, giving suppliers the information they need to make parts correctly and consistently.
We design parts with real manufacturing processes in mind from the outset.
By considering tooling, assembly, materials, process capability and likely production volumes early, we can reduce redesign loops and help concepts move more smoothly towards production.
We develop product architectures that are easier to build, inspect and scale.
This includes reducing part count where appropriate, improving alignment and location features, simplifying fastening strategies, and designing assemblies that support repeatable production rather than relying on operator skill.
A critical part of the design cycle is our interface with manufacturing and procurement.
We create specifications that define the critical requirements, interfaces, tolerances and performance expectations needed to control development.
We recreate and interpret existing parts, assemblies or mechanisms from samples, scans, measurements or product teardown.