Manufacturing Driving Means TRIZ Cases

Sensor-guided fine positioning lets a mobile production unit build large 3D workpieces faster while maintaining layer accuracy and atmosphere control.

A coupling mechanism lets one carriage pick up the additive unit, cutting changeover time and protecting feed material during mode switching.

A mobile Addibot overcomes fixed 3D printing workspace limits by navigating and depositing material to build large roadways and structures.

Coupled additive and subtractive units speed mode switching, cut setup downtime, and help protect material quality during transfer.

Continuous rotary powder deposition and thermal consolidation remove back-and-forth motion, increasing powder-bed printing speed with less control complexity.

A ring-shaped material supply and zoned process chamber improve uniform deposition, positioning, and quality in large 3D workpiece production.

Splitting a CAD model into sections with distinct print settings cuts build time and improves layer fusion in large additive-manufactured parts.

Multiple light arrays and rotatable reflectors selectively preheat and fuse powder regions to speed additive manufacturing and reduce thermal stress.

Portal-shaped wall elements confine arc-shaped powder layers so curved 3D parts use less unconsolidated material and avoid idle apply-irradiate cycles.

Sensor-guided fine positioning lets a mobile production unit build large 3D workpieces faster while preserving geometry and layer quality.

A shared holder and coordinate system combine grinding with 3D printing to cut transfer errors, save time, and make custom bearings accurately.