Explore practical uses of industrial resin, powder and pellet printing, with links to the relevant technologies and machine specifications.
Technology and machine selection depends on part dimensions, material, tolerances, surface finish and operating conditions. Our team can help evaluate the right solution for your application.
Check form, fit and assembly before committing to production tooling.
Compare a resin housing model with the CAD design, then assess a powder-printed version for assembly testing.
Explore development models and workshop aids for complex assemblies.
Use a duct mock-up to check clearances before manufacturing the final component. These examples do not establish flight certification.
Develop production aids around the dimensions and constraints of your workshop.
Prototype a positioning fixture, verify contact surfaces and validate it under the intended workshop loads.
Communicate a design through physical models at the right scale.
Print a façade section to review proportions, then assemble and finish the model for a project presentation.
Iterate on geometry and assembly before freezing the design.
Compare two enclosure designs, check fastening points and qualify the material before functional testing.
Move from a digital concept to a model that teams can handle and assess.
Produce several design variants and compare ergonomics, part fit and finishing requirements.
Explore large shapes and customised decorative elements.
Print a curved furniture element, evaluate sanding and coating, and test the assembly before any load-bearing use.
Create dimensional displays adapted to a space or a brand concept.
Print a display element in sections, then assess assembly, surface finishing and mounting for its intended location.
Evaluate printed patterns and tooling against the process requirements.
Print a mould blank, machine the working surface and validate temperature, pressure and release compatibility before use.
Review shapes, details and presentation models during product development.
Produce a shoe design model to assess shape and surface detail before developing the manufacturing tooling.
Share the part dimensions, material requirements, quantity and desired finish so we can discuss a suitable process and a sample trial.