COMPONENT DESIGN & FABRICATION
From captured geometry to fit-for-purpose components.
3D scanning, reverse engineering, CAD design, prototyping and polymer 3D printing for replacement parts, fixtures, enclosures and other low-volume components.
01 · CAPTURE
Capture the geometry and functional requirement.
Measure or 3D-scan an existing component, or document a technical specification, including load, environment and material constraints that matter.
02 · REFINE
Develop manufacturable component geometry.
Clean and interpret captured data, reverse-engineer missing intent and refine the CAD design for fit, function and polymer manufacture.
03 · PROTOTYPE
Print, fit and test the design.
Produce an early polymer part to evaluate clearances, assembly, usability and performance, then feed the evidence into the next refinement.
04 · CREATE
Produce the resolved polymer component.
Manufacture the approved low-volume part, complete final fit checks and make any small practical adjustments needed for reliable use.
START A CONVERSATION
Discuss your idea or technical challenge.
COMPONENT DESIGN & FABRICATION
From captured geometry to fit-for-purpose components.
3D scanning, reverse engineering, CAD design, prototyping and polymer 3D printing for replacement parts, fixtures, enclosures and other low-volume components.
01 · CAPTURE
Capture the geometry and functional requirement.
Measure or 3D-scan an existing component, or document a technical specification, including load, environment and material constraints that matter.
02 · REFINE
Develop manufacturable component geometry.
Clean and interpret captured data, reverse-engineer missing intent and refine the CAD design for fit, function and polymer manufacture.
03 · PROTOTYPE
Print, fit and test the design.
Produce an early polymer part to evaluate clearances, assembly, usability and performance, then feed the evidence into the next refinement.
04 · CREATE
Produce the resolved polymer component.
Manufacture the approved low-volume part, complete final fit checks and make any small practical adjustments needed for reliable use.
START A CONVERSATION
Discuss your idea or technical challenge.
COMPONENT DESIGN & FABRICATION
From captured geometry to fit-for-purpose components.
3D scanning, reverse engineering, CAD design, prototyping and polymer 3D printing for replacement parts, fixtures, enclosures and other low-volume components.
01 · CAPTURE
Capture the geometry and functional requirement.
Measure or 3D-scan an existing component, or document a technical specification, including load, environment and material constraints that matter.
02 · REFINE
Develop manufacturable component geometry.
Clean and interpret captured data, reverse-engineer missing intent and refine the CAD design for fit, function and polymer manufacture.
03 · PROTOTYPE
Print, fit and test the design.
Produce an early polymer part to evaluate clearances, assembly, usability and performance, then feed the evidence into the next refinement.
04 · CREATE
Produce the resolved polymer component.
Manufacture the approved low-volume part, complete final fit checks and make any small practical adjustments needed for reliable use.
START A CONVERSATION