High Precision Parts
We grow metal atom by atom precisely onto a removable or retained surface
A range of preform tooling and jigging methods are used to control geometry
The very low residual stresses created during manufacture ensure stability
Repeatability is guaranteed with our reproducible quality controlled processes
A range of preform tooling and jigging methods are used to control geometry
The very low residual stresses created during manufacture ensure stability
Repeatability is guaranteed with our reproducible quality controlled processes
Heat Management Devices
Our parts have excellent thermal conductivity equivalent to copper
We can incorporate lightweight heat exchanger channels
We can join to other materials to extract heat where necessary
Complex geometries can be formed if needed
Our parts can withstand operating temperatures of 600°C
We can incorporate lightweight heat exchanger channels
We can join to other materials to extract heat where necessary
Complex geometries can be formed if needed
Our parts can withstand operating temperatures of 600°C
Lightweight Structures
Thin parts can be built as independent structures or as skins to cover a range of metallic and nonmetallic materials
Parts can incorporate fixings and features which are grown into the primary structure to increase the structural efficiency
Parts can be grown to minimise joints, structural weaknesses and simplify assembly processes, all with minimal residual stresses
Material properties and thicknesses can be varied across the part so enabling multi-functionality
Parts can incorporate fixings and features which are grown into the primary structure to increase the structural efficiency
Parts can be grown to minimise joints, structural weaknesses and simplify assembly processes, all with minimal residual stresses
Material properties and thicknesses can be varied across the part so enabling multi-functionality
Electrical Parts
We can manufacture parts with the electrical conductivity of copper
Parts can be integrated with wider electrical systems
Electrical, thermal and structural optimisation provides opportunity for innovation
Parts can be integrated with wider electrical systems
Electrical, thermal and structural optimisation provides opportunity for innovation
Impact Protection and Surface Finishes
We can manufacture at the strength of high strength steel
We lay material down atom by atom to create dense crystalline structures
A range of decorative and engineered finishes are available
We lay material down atom by atom to create dense crystalline structures
A range of decorative and engineered finishes are available
