Additive Manufacturing Apparatus TRIZ Cases

A complex flow tube delivers PVC sealant through a tapered design.

A structural panel uses 3D printed cementitious skins joined by a truss matrix to meet load requirements.

Flow splitter segments spaced from hub and blade tips split gas flow to reduce resonant vibration, enabling thinner vanes that lower leakage losses.

Additive manufacturing creates single-piece servo valve manifolds with curvilinear galleries, reducing assembly complexity while maintaining fluid momentum.

Segmented micro-sources enable uniform curing, overcoming incomplete solidification limits.

Generative manufacturing merges servo valve connections into the actuator housing, eliminating separate valve blocks and press plugs.

PVOH support material with low sodium acetate content enables higher idle temperatures in 3D printing print heads.

Point-of-service additive manufacturing generates custom cranial remodeling devices directly at the clinic using digital head data.

Acoustic output device generates sound sequences from robot movements to enable real-time process monitoring.

Coprecipitated polyamide powder melts uniformly during laser sintering, resolving the trade-off between heat resistance and toughness in rapid prototyping.

An integrated metal 3D printer combines a nozzle and processing unit on one moving platform to eliminate transfer time and prevent rapid solidification.

Lubricating oil blends with polymer resin to coat complex inner and outer pipe surfaces, eliminating fluorinated compounds.

A 3D printing technique deposits graphene oxide ink into a catalytic solution to form structured aerogels with designed porosity.

Additive manufacturing fuses ferromagnetic particles into helical laminations, reducing eddy current losses while maintaining high stacking factors.

A die casting core composition uses a polysaccharide binder and pozzolanic additive to achieve high flexural strength.

Polymer infiltration and pyrolysis of high-loading ceramic pastes reduces shrinkage and cracking while cutting lead times for customized armor production.

Orient tabular grains in honeycomb partitions to resolve the trade-off between formability and thermal stability during exhaust cleaning.

A 3D printed face mask uses detachable filter units mounted on a personalized body to provide dustproof protection.

A stereolithography system uses a movable radiation source to cure photopolymer layers for precise three-dimensional object production.

A 3D food printer combines extrusion with laser, infrared, and Joule heating to deposit and cook food layers in a single integrated head.

Secondary material blending adjusts crystallization kinetics to prevent residual stresses and dimensional instability in printed parts.

Segmenting single laser into multiple beams with tilted scanners increases manufacturing speed while maintaining surface finish and material quality.

UV-cured preceramic resins convert to dense ceramics, eliminating porosity and inhomogeneity that weaken conventional sintered ceramic components.

Heat expands the mandrel to shape intricate designs, then washout removes it to eliminate removal difficulties.

A 3D printing ink combines Pleurotus eryngii freeze-dried powder with hydrocolloids to establish stable rheological properties.

Additive manufacturing controls feedstock dispensing to form graded cellular structures with varying cell geometries and densities.

A heat exchanger employs a buffer part between integrated and divided flow paths to suppress non-uniform flow and reduce pressure loss.

A print medium thickness measurement method calculates an offset value to adjust the print head position.

Segmented curing isolates secondary precursors until initiation, resolving brittleness in (meth)acrylates while extending shelf life.

Selective release ink integrates circuit traces during molding, eliminating post-processing that compromises product integrity through chemical exposure.

Automated design system generates customized surgical instrument handles based on quantitative user assessments.

Variable cross-sectional thickness at structural attachment points resolves the contradiction between connection strength and design complexity in seat frames.

Multi-material deposition optimizes structural integrity and reduces deformation by varying composition across powder bed fusion layers.

Inorganic additives replace halogens to maintain recyclability and mechanical strength during selective laser sintering.

Location-specific probabilistic analysis of thermal histories generates article integrity maps, preventing defects without iterative simulation delays.

A 3D printed stainless steel filtering matrix uses spherical chambers and connecting channels to trap debris in hydrocarbon fluids.

Hybrid additive manufacturing and hot isostatic pressing produce monolithic components with optimized strength-to-weight ratios.

Segmenting three wafers for independent processing reduces alignment precision requirements and lowers manufacturing costs.

A processing head directs multiple independent laser beams onto a powder bed to enable scalable generative component production.

Sub-100 nm mesoporous metal powders consolidate at low temperatures, preserving polymer integrity and enabling dense composite structures.

Composite diverter seals maintain structural integrity at elevated temperatures while ensuring complete removal through fluid-induced degradation.

Inserting a fixing bolt into aligned apertures prevents excessive lever deflection and joint damage when cutting material bridges.

Semi-solid extrusion maintains alloy viscosity between solidus and liquidus points, preventing dendrite formation and oxidation.

Additive manufactured flexible pin shafts with internal voids improve load distribution in wind turbine gearboxes, reducing machining complexity.

Stereolithography of silicon carbide using a specific resin formulation reduces porosity to balance mechanical strength and electrical resistivity.

Direct light processing cures thin ceramic filaments spanning core and shell structures, enabling fine cooling hole patterns in turbine blades.

Ironing force spreads reinforcing strands in composite filaments, distributing stress concentrations and seam accumulation between layers.