Additive Manufacturing Apparatus TRIZ Cases

A composed set of interrelated teeth enables collective modification and mirroring in virtual dental restoration design.

Segmented forming regions and direct paste dispensing reduce material waste while maintaining dimensional precision in 3D structures.

Independent calibration of additive fabrication optics modules resolves component wear issues while maintaining manufacturing precision.

A photocurable acrylate composition cures on 3D printed surfaces to form a light-transmitting coating.

Hydrogen sintering and phase transformation produce densified titanium articles with controlled microstructures.

Laser shockwaves eject individual particles from cavities to achieve micron-scale spatial resolution without abrasive surface preparation.

Hardenable composition fills gaps between aircraft parts to form stable shim patterns, eliminating iterative assembly cycles that disrupt production flow.

Independent motors and a drive belt eliminate carriage pivoting, ensuring precise deposition accuracy for additive manufacturing.

A hydrogel object composed of polymer, water, and mineral components maintains mechanical strength and elasticity.

A customizable jigsaw-style surgical guide device integrates internal suction channels to manage bleeding during precise bone cutting procedures.

A radiometric physical phantom replicates patient anatomy using 3D printed frameworks and dosimetric gels.

Replacing sequential deposition with stacked laminate assembly and directed laser welding to increase build speed while reducing porosity in 3D objects.

A digital printing press adjusts pixel luminance to emulate three-dimensional texture patterns on standard substrates.

A spoiler cap uses additive manufacturing to create a solid shell enclosing distinct solid, lattice, and hollow interior sub-regions.

A breakaway junction forms a brittle region between printed parts and supports using chemical agents.

Dynamic irradiation control adjusts beam orientation and power density profiles to resolve melting inconsistencies in additive manufacturing powder beds.

A 3D-printed polishing pad incorporates cationic monomers to tune zeta potential, repelling metallic contaminants that embed during semiconductor planarization.

A hybrid binder combines organic resin with reactive siloxane to cure light-curable ceramic slurries.

Acrylated anhydride resins prevent intense swelling during degradation, enabling high-resolution 3D printing for microfluidics.

Segmented automated stiffener bonding cuts rotor blade control cuff labor costs while maintaining structural rigidity.

Electromagnetic ejection controls conductive droplet size and velocity, resolving the contradiction between high throughput and manufacturing precision.

Composite sand molds with side-pouring ingates reduce broken cores and fins in complex valve casting.

A hybrid temperature monitoring system combines Raman spectrometry and ultrasound transducers to map the melt pool.

A spiral copper coil generates a magnetic field inducing Lorentz force to restrain molten metal flow and reduce un-melted particles.

Automated 3D printing forms reinforced concrete foundations, eliminating manual labor and safety risks in plant construction.

Additive manufacturing creates a monolithic foil structure that eliminates leak paths and boosts volumetric heat transfer efficiency.

Inert atmosphere crosslinking prevents glutaraldehyde polymerization, reducing calcification and cytotoxicity while maintaining tissue stability.

Segmented dual-chamber housing with RFID resin tracking resolves productivity versus complexity trade-offs in stereolithography.

A rewinding device uses a friction roller to rotate the consumable spool and reverse feed unused material.

Direct laser sintering of mineral powders creates stable lightweight components without organic binders.

A coating composition using cyclic diamine curing agents and elastomeric particles to form strong adhesive bonds.

Direct light processing cures photopolymerizable ceramic to form thin filaments spanning core and shell structures in additive manufacturing.

Integrating in-process 3D measurement with deposition resolves inspection difficulty for complex aerospace components without external tooling.

A foam biomaterial with interconnected pores facilitates cell infiltration and mass transport for tissue engineering.

A dual mode heat energy collector uses fins and liquid channels to absorb thermal energy from gas or liquid sources.

Integrating a fiber weaver with laser fusion resolves the trade-off between component strength and system complexity.

Heterostructure stainless steel combines bulk and thin-film austenite with nano-scale precipitates for enhanced mechanical performance.

A dry cementitious mixture uses viscosity-enhancing admixtures to stabilize deposited layers during 3D printing.

A single-conductor capacitive touch sensor system uses unique RC time delays to identify touchpoints without multiplexing.

Occlusal stop members on a bonding tray engage the dental arch to position orthodontic appliances accurately.

Segmented metal powders allow additive layer manufacturing of superalloys without diffusion, preventing internal stress cracking during heat treatment.

Functionalized starch compounds resolve mechanical strength and environmental friendliness trade-offs while enhancing active ingredient water-solubility.

Independent mixing rotor creates homogeneous mixtures to resolve microsphere separation issues in 3D printed polymeric foam.

A 3D printable piezoelectric composite ink forms a co-continuous ceramic-polymer structure.