Automotive and machinery
Fixtures, ducts, housings, grippers, protective components and low-volume final parts.
HP 3D PRINTING APPLICATIONS
HP additive manufacturing — from prototype to final parts
Multi Jet Fusion and Metal Jet for tooling, fixtures, spare parts, drones, functional components and scalable production.
APPLICATION BEFORE SYSTEM
The right starting point is the part, quantity and required result
Additive manufacturing is valuable when it improves time, tooling, geometry, inventory, assembly or total production cost. The assessment begins with the 3D model, material, annual quantity, tolerances, finish and the current manufacturing route.
INDUSTRIAL USE CASES
Parts that improve production, maintenance and product design
Tools, jigs and fixtures
Assembly aids, checking gauges, drilling templates, guards and ergonomic production tools.
End-of-arm tooling
Lightweight grippers, fingers, vacuum manifolds and customised EOAT components.
Spare and bridge parts
Digital inventory, discontinued components and interim production while conventional tooling is prepared.
Final production parts
Housings, brackets, ducts, covers, guides and consolidated components made in qualified series.
INDUSTRIES
Polymer and metal applications across demanding sectors
Aerospace and unmanned systems
Lightweight structures, sensor mounts, ducts, guards and modular UAV, USV, ROV and UUV components.
Consumer, medical and electronics
Personalised products, orthotic applications, housings, holders and functional components in qualified materials and processes.
BUSINESS CASE
Convert a 3D model into a production decision
We compare orientation, nesting, material, post-processing, weekly build volume and cost per part. This identifies whether a compact MJF system, a higher-productivity Jet Fusion platform or Metal Jet is the appropriate route.