Manufacturing Platforms/Substrates TRIZ Cases

A stereolithographic machine uses a 360° rotating modeling head with multiple working surfaces to enable continuous production.

Segmented printing platform uses adjustable locking units to resolve stability versus ease of operation, ensuring parallelism and reducing maintenance time.

Mechanical vibration and acoustic energy detach residual powder from printed components, enabling material recovery and reducing manual decaking time.

Addressable LED curing selectively crosslinks build material layers in electrostatic 3D printing.

Tilting a flexible element peels cured layers to reduce separation forces and prevent damage to delicate features.

A vibratory compaction system levels powder to eliminate streaks and craters caused by mechanical doctor blades.

Hollowed stiffener panel reduces excessive deformations during additive manufacturing while preventing powder entrapment in the deposition system.

A reciprocating manufacturing unit integrates powder supply and binder discharge to enable high-speed additive fabrication.

A 3D printing system deposits filament layers onto a dissolvable inner mold to form an airbag ply without cutting or sewing.

A continuously revolving cylinder deposits material in a spiral pattern to build three dimensional parts without stop and go motion.

A 3D printer light engine scans a columnar array of modulated light spots across the build plane to image material stripes.

A vacuum build platform secures base films using air pressure differences during additive manufacturing.