Additive Manufacturing Apparatus TRIZ Cases

Additive manufacturing joins sensor body and membrane stamp to metal plate via planar material bond for precise pressure sensing.

A radiation curable composition produces transparent elastomeric articles with high detail resolution.

Depositing and fusing metal strips resolves contradictions between productivity and manufacturing precision in additive manufacturing.

Switchable pump arms and a mixing vessel enable gantry-less printing, resolving OPC hardening issues that limit structure size and layer adhesion.

Cementitious composition uses magnesium salt accelerator to achieve high early compressive strength within hours.

Infiltrating molten aluminum into a 3D-printed boron carbide preform yields high-density composites with complex geometries and reduced neutron scattering.

A manifold microchannel heat sink uses a gridded assembly with three-dimensional free-form fin structures to enhance thermal and fluid performance.

A 3D printer controller replaces image data for inoperative ejectors with values from operative units to maintain print continuity.

Irregular PEKK particles pack rigidly to eliminate spherical deformation distortions during selective laser sintering.

Optimizing laser energy density between 60 and 600 J/mm3 prevents carbide network cracking while reducing porosity in high-speed steel parts.

A horizontally movable vat and controlled build platform enable precise layer formation in lithographic manufacturing.

A flow device with a diffuser element generates laminar fluid flow through an additive manufacturing process chamber.

A computer system generates a corrective 3D model from integrated functional, orthopedic, and orthodontic diagnostic factors to design customized dental aligners.

A sinter furnace uses a tracer gas detector to monitor process endpoint via concentration changes.

Integrates capacitive electrodes into the inner surface of a turbomachine oil tank wall to measure liquid levels without occupying internal volume.

A modular mobile direct digital manufacturing system integrates collapsible housing with universal power and network connections for rapid deployment.

Lateral support plane motion eliminates resin surface stabilization overhead, boosting throughput and part quality.

Replacing carbon nanotubes with nanocellulose eliminates dispersion damage while enhancing structural strength.

Layer-by-layer deposition of ferrous alloys forms austenite matrices with spheroidized borides, avoiding cracking during aggressive heat treatment.

Pre-sintered tungsten carbide powder enables selective energy beam sintering, resolving insufficient mechanical properties in additive manufacturing.

A curved tube segment in a medical connection unit guides fluid flow direction while reducing resistance and swirling.

Vacuum pump captures misdirected powder during refill to reduce material waste and improve component quality.

Thermal imaging camera measures surface temperature to estimate molten pool depth in real time.

A unibody transtibial prosthetic device integrates the pylon and foot-ankle complex into a single 3D printed structure.

An Fe-based alloy with controlled Co, Mo, Mn, and Ni content stabilizes the austenite phase during melting-solidification shaping.

Dual-power beam sources and detectors generate a calibration grid that corrects mirror drift during additive manufacturing sintering.

A serialized octree representation structures volumetric data to resolve inconsistent layer processing times and complex data retrieval bottlenecks.

Barrier channels isolate hot and cold fluids via void spaces, preventing inter-stream contamination during thermal stress.

Segmented lattice bodies and stiff endplates resolve the trade-off between radiolucency for monitoring and mechanical strength.

A recoat assembly integrates a vacuum system to extract airborne build material from the powder spreading mechanism.

Asymmetric header and branch angles resolve the contradiction between compact volume and uniform flow distribution, enhancing efficiency.

A hybrid direct manufacturing process deposits a foundation layer and welds a pre-fabricated monolith using an electron beam.

Automated server analysis of design files generates accurate price quotes, resolving the trade-off between design complexity and production time.

A conical conveyor screw removes air bubbles from raw plant-based foodstuff to ensure homogeneous texture in 3D printed seafood alternatives.

Patient-specific surgical guide replicates anatomy landmarks to align implants accurately without real-time imaging systems.

Heat-treated thermoplastic powder widens the processing window for selective laser sintering.

Mixing rare earth salts into sintering powders allows origin tracing without altering final part color or appearance.

A patient-specific trial repositioning block guides femoral alignment on the tibia during knee arthroplasty.

Biomimetic shaped passageways vent gas from injection molding tool cavities using computational fluid dynamics optimization.

Silicon coating on copper alloy powder improves laser absorption and suppresses heat transfer, enabling high-density 3D printed objects.

Computer-implemented method designs customized lattice structures by applying user-defined rules to modify geometry and type within a 3D volume.

Selective laser sintering structures retain unsintered powder in internal cavities to enhance vibration damping and thermal insulation.

A 3D printing system deposits liquid build material into a yield-stress colloid support bath that transitions between gel-like and free-flow states.

Selective laser sintering forms magnetic units with thin barrier layers to reduce eddy current loss while maintaining high permeability.

Spring-mounted deflection units allow rigid steel recoater blades to adapt to build plane irregularities, preventing damage to fragile object features.

Photo-thermal reshaping of nanoparticles inside assembled structures overcomes feedstock limitations for tunable optical devices.

Torsional engagement anchors prevent rotation and migration while the bioresorbable material resorbs after healing.

An earpiece integrates sensors and an evaluation unit to deliver personalized acoustic feedback via the output transducer.