Additive Manufacturing Apparatus TRIZ Cases

Additive manufacturing builds wind turbine blades with varying density, eliminating large molds and reducing weight while maintaining structural strength.

Elevating thermoplastic polyurethane crystallization temperature above 80°C resolves viscosity control issues during fused deposition modeling.

A hybrid radiation curable composition cures via iodonium salt photoinitiators under UV/vis light sources.

A customized surgical guide models 3D organ geometry to direct instruments through a slanted entry hole.

Circular test coupon structure with removable webs resolves Z-axis strength variability in additive manufacturing.

A photosensitive polyimide resin formulation enables UV curing-based three-dimensional printing without high-temperature imidization.

Replacing laser sensors with a wire detector eliminates oxide contamination errors and reduces maintenance costs in 3D metal printers.

Segmenting loading and service chambers preserves the inert environment, preventing oxidation while eliminating repeated evacuation cycles.

Alternating build modes stabilizes the inhibitor dead zone, preventing channel formation and delamination during rapid prototyping.

Plasma rotation electrode process atomizes multi-component alloy rods into spherical powder with high sphericity and tap density.

Feedback loop adjusts aerosol deposition based on sensor measurements to correct layer depressions and prevent cumulative errors.

Additive manufactured synthetic bioceramic nasal implant achieves controlled macroporosity to resolve contamination risks and enable homogeneous resorption.

Strict nitrogen control suppresses retained austenite, eliminating distortion from solution heat treatment while achieving 390 HV hardness.

Automated feedback loops refine orthodontic treatment plans, reducing manual errors and improving correction accuracy.

Fermentation-derived polyesters replace conventional thermoplastics to eliminate volatile organic compound emissions while maintaining structural integrity.

A 3D printer integrates a closed-loop pneumatic conveying system to transport and mix build materials internally.

Porous web structures distribute compressive loads evenly to eliminate stress risers while promoting bone growth in spinal implants.

Dual cure epoxy resins use light and heat to achieve high tensile strength, scratch resistance, and chemical durability.

A one-piece hinged bracelet merges rigid links and flexible joints into a single component.

A processing system uses metamer sets to identify printing material proportions that match specified properties at each location.

A compound polymer mold system combines a flexible elastomer skin with a rigid backing plate to define precise part geometries.

A shaped article uses a transparent layer between decorative and reflective inks to maintain color integrity.

A fabricated removal tool with a paring surface separates support material from enclosed design surfaces.

A belt transfer mechanism builds a surrounding wall to inject fluid support material between the structure and the object being formed.

Segmenting structural panels from 3D printed decorative moldings reduces production costs and lead times while meeting G-force certification requirements.

A one-piece heat exchanger uses additive manufacturing to create internal lattice structures for structural support and thermal management.

A food printer control unit detects spectral data to determine printing mass properties and adjusts extrusion parameters.

External projection mapping coordinates imagery with tangible model movements to eliminate unnatural backlighting and detectable edges.

Aluminum alloy powder containing Fe, Co, Ni, Ti, and Zr enables additive manufacturing of components with improved mechanical properties.

A variable line spacing method adjusts drop deposition to form unsupported overhangs up to 45 degrees without support structures.

A photosensitive adhesive layer enables easy separation of a scattering layer from a rigid substrate during flexible panel manufacturing.

Multi-layer transmissive material provides differential phase delays to convert curved wavefronts into collimated forms, reducing system space and cost.

A support structure forms via pre-consolidated building material layers to enable easy removal without damaging the manufactured object.

Silane coupling agent in binder fluid enhances tensile strength of fragile 3D intermediate parts, enabling safe handling before sintering.

Thermographic camera detects build material bed temperature to adjust lamp array power levels, preventing mechanical stress from uneven heating.

A copper alloy with optimized composition enables selective laser melting of complex sanitary fitting housings.

Chemical dissolution removes sacrificial support structures from metal components, eliminating complex machining operations.

Spherical crosslinkable polyamide particles enable selective laser sintering with enhanced thermomechanical properties.

An additive manufacturing obstacle part with internal and external features serves as a standardized test specimen.

High-aspect-ratio grooves in ceramic furnace holders block deposition, maintaining insulation and reducing short circuit risks.

Thermodynamic loop circulates heat-transfer fluid through an evaporator and condenser to heat aerodynamic probe appendages.

Solidifiable ink patterns separate object and support powder layers, breaking alumina coatings to improve aluminum particle bonding strength.

Statistical analysis creates a derived measurement surface that removes scan noise, improving measurement precision without increasing process complexity.

A 3D printer uses a multi-axis holding device and movable head to deposit ink on complex geometries.

A droplet spray subsystem deposits molten alloy droplets while reactive gases form an insulation layer on the particles in flight.

Stratified additive manufacturing layers continuous wood veneer ribbons to preserve natural fibrous characteristics while enabling automated production.

Direct writing of conformal magnets via magnetic ink extrusion reduces volume while maintaining high flux density.

Vacuum additive manufacturing synthesizes and densifies non-oxide ceramics in a single step.