Manufacturing Platforms/Substrates TRIZ Cases

Dynamic bed temperature control resolves adhesion versus removal conflicts while enabling precise thermal management for polyetherimide materials.

Segmenting the container bottom into varying depths allows radiation to penetrate and cure thicker resin layers, reducing manufacturing time.

A roller and pressurized gas counteract liquid column weight to maintain planarity for high-resolution stereolithography.

Parallel molding stages process powder layers simultaneously to resolve low productivity in sequential additive manufacturing.

A multi-station additive manufacturing apparatus shares a radiant energy apparatus and resin support across build zones.

Integrating extraction and heating onto a movable coater removes process gases and controls temperature to prevent hot cracking in turbomachine components.

Segmented reservoirs and self-service rollers deliver precise resin volumes, reducing material waste while enabling large object production.

Adjustable leg parts enable a movable robot to perform 3D printing in confined or harsh environments without requiring a large fixed work area.

A lithography-based additive manufacturing device synchronizes a dynamic light engine with a material transport unit via a linear encoder for precise exposure control.

Bi-directional tilting and a release layer reduce separation forces, preventing deformation of three-dimensional objects during 3D printing.