Additive Manufacturing Apparatus TRIZ Cases

New beta-style titanium alloys combine aluminum, niobium, vanadium, and molybdenum to form a stable solid solution matrix.

Feedback control compensates for gas laser power deviations using rapid measurement to prevent overshoots and ensure consistent solidification quality.

Projection microstereolithography cures photoresin into wet gel, enabling scalable fabrication of 3D graphene aerogels with controlled pore morphology.

Additive layer manufacturing applies forced cooling and pulsed laser peening to mitigate residual stresses and distortion in thin section components.

Matching base plate thermal expansion to the solidified body during additive manufacturing heat treatment.

An inference system monitors cementitious mixture properties using ambient, temperature, and moisture sensors alongside image capture for 3D printing.

High-strength titanium alloy optimized for additive manufacturing processes.

Direct deposition of substrate-integrated stiffeners eliminates epoxy layers, reducing thermal resistance and warpage in device packaging.

Biomaterial scaffolds use spatially varying porosity to control elastic and permeability properties within intervertebral disc repair structures.

An integrated microfluidic reactor produces particles directly from liquid reagents, eliminating sedimentation risks and complex ink formulation.

Additive manufacturing produces dissolvable ceramic cores and molds, eliminating toxic chemical leaching during turbine component casting.

Localizing UV irradiation coordinates minimizes LCD heating, extending component lifespan and lowering maintenance frequency.

Digital inkjet applies binder resist to ceramic tiles, eliminating expensive stamping molds and toxic heavy metals.

Automated additive manufacturing systems transfer virgin powder and binder via gastight connections, reducing contamination from manual handling.

Rotating mirrors replace f-theta lenses and galvanometers, eliminating scan speed limits and positioning errors in 3D printing.

Elastic resin cores prevent surface irregularities by transmitting uniform pressure to powder during cold isostatic pressing.

Encapsulating additive manufactured parts in fugitive material increases green density to 70% without bagging damage.

A 3D printing system deposits conductive and nonconductive materials to create objects with integrated power source receptacles.

Pressure differentials in unsealed additive manufacturing systems direct clean airflow to prevent contamination, eliminating hermetic seals and inert gas costs.

Additive manufacturing creates a monolithic structure with helical fins, eliminating weld seams and stress points while improving heat transfer efficiency.

Three-dimensional molding equipment divides the processing region into multiple areas for simultaneous sintering by separate scanning units.

Low temperature solidification prevents thermal shrinkage during additive manufacturing, maintaining dimensional accuracy across diverse materials.

Merging diplexers and couplers into a single block eliminates flanges, reducing system size and simplifying manufacturing.

A metal 3-D printer uses a blade collision detector to trigger an end mill for obstacle removal.

Ultrasonic vibrations applied to the coater lip prevent groove formation and particle adhesion, ensuring smooth layer homogeneity.

Thermotropic liquid crystalline polymer filaments align fibers during extrusion to enhance tensile strength.

Fugitive porogens create porous architectures that improve tissue adhesion and controlled degradation rates.

A microfluidic membrane allows continuous resin switching and high-viscosity handling, resolving material flexibility constraints.

A moving curtain attached to the printer carriage reduces air turbulence, preventing powder leakage and maintaining part quality during high-speed printing.

Sand support structures replace metal powder in additive manufacturing, eliminating labor-intensive post-processing and material waste.

An insert venting channel removes trapped air without piercing the mold interface, preserving structural strength.

A solvent vapor smoothing chamber circulates vapors to ensure uniform surface finish on additive manufactured plastic products.

A Helmholtz resonator metasurface absorbs narrowband sound waves through unit cell resonance.

Freeze-drying pretreatment dissolves cotton cellulose for 3D printing, enabling conductive composites without rigorous high-temperature conditions.

A rotatable printing head uses a rolling bearing ring to discharge cementitious material along complex trajectories.

Direct 3D printing of an intermediate structure eliminates dental casts, reducing manufacturing time while maintaining tooth model accuracy.

Imaging monitoring analyzes test patterns to control position tolerances, replacing complex machining tools with real-time deposition feedback.

Rotating an adjustable weight within a recessed sole shifts the center of gravity to customize ball flight characteristics.

Imaging sensors scan developed layers on a transfer belt to detect misalignment before transfusion.

Additive manufactured 3D chevron pedestals disrupt boundary layers to boost internal heat transfer rates in gas turbine airfoils.

Segmented lattice, arch, and full supports reduce radial deflection in tall 3D printed parts.

Print a part skeleton then infuse with resin to eliminate expensive tooling for complex geometries.

Segmented navigational guide with patient-specific inserts resolves anatomical adaptability contradictions.

Conductivity modifying agents create unique eddy current signatures to authenticate components and prevent counterfeit aviation parts.

A solid imaging system uses a segmented array of digital light processing imagers to fabricate large three-dimensional objects.

A magnetohydrodynamic pump uses sub-threshold induction heating pulses to maintain liquid metal temperature during standby mode.

Copolyamide powder reduces curl distortion and improves dimensional accuracy during layer-by-layer shaping.