INDUSTRIAL METAL 3D PRINTING
Industrial printed products, from flow structures to wearables.
Production-oriented metal 3D printing for heat exchangers, integrated channels, tooling, wearables and customized functional components.
Industrial metal printing is more than a product gallery.
Material, geometry, build strategy, finishing and verification are planned as one production route.
Material systems
Available company material systems include titanium, aluminium, nickel alloys and stainless steels; selection follows temperature, strength, weight, corrosion and finishing requirements.
Complex and integrated geometry
Internal passages, thin walls, lattice features and movable mechanisms can consolidate parts that would otherwise require separate manufacturing and assembly.
Build and batch planning
Orientation, supports and batch layout are evaluated together to connect geometry with stable printing and repeatable downstream operations.
Integrated finishing
Heat treatment, support removal, wire cutting, CNC finishing, polishing and coating are selected around final interfaces and appearance requirements.
Inspection and scale-up
Dimensional, density, surface and functional checks are connected with batch records before the process advances toward repeatable production.
Drawing-led assessment
The final route is defined from the drawing, material, quantity, critical dimensions and operating conditions rather than from a fixed product catalogue.
Representative components and applications.
Each product is assessed against the drawing, material, finish, quantity and operating conditions before the final manufacturing route is defined.
Copper-alloy flow component
Copper-alloy construction combines thermal conductivity with internal passages that conventional machining cannot readily produce.
Integrated cooling structure
Conformal passages and consolidated geometry bring flow paths closer to the functional surface while reducing separate joints.
Batch-produced functional parts
Build orientation and batch layout connect detailed geometry with repeatable printing, heat treatment and finishing.
Articulated one-piece mechanism
Movable joints and connected features demonstrate how additive manufacturing can reduce separate components and assembly interfaces.
Lightweight integrated structure
Thin features and integrated geometry demonstrate lightweight design and structures that are difficult to assemble conventionally.
Printed watch frame
A finished watch-frame product demonstrates thin-wall geometry and appearance-critical features.
Finished wearable frames
Multiple colors and finishes demonstrate downstream surface-treatment options.
Additive shoe tooling
The shoe-tooling page separates real products, models, process evidence and production equipment.
+DRAWING REVIEW
Turn the requirement into a manufacturable route.
Share a drawing, target material, quantity and critical requirements for an application-led review.
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Let’s manufacture what comes next.
Share your design, application or manufacturing challenge.
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