Additive Manufacturing Apparatus TRIZ Cases

An integrated 3D-printed formwork combines footing and pedestal construction to cut labor, shorten build time, and stabilize foundation quality.

Smooth circulation and suction channels cut pressure loss so jet-pump sheet holding uses less energy while reducing deformation and interruptions.

Automated vision and distance sensing correct nozzle offsets and thermal drift in multi-nozzle 3D printers, improving layer alignment.

Matrix row-column activation cuts anode wiring while enabling high-current, high-resolution electrochemical metal 3D printing.

Foaming-agent plastic filaments enable 3D printed lost foam patterns that cut tooling needs, speed pattern production, and lower thermal energy use.

A hole-and-protuberance applicator structure adds synchronized movement to improve lash separation, volume, and clogging resistance.

A propylene-based 3D printing material enables custom roofing detail parts without weld lines, improving fit, durability, and watertight consistency.

Direct intraoral scanning captures dental surfaces and jaw motion to make accurate dental splints without plaster models or manual centric registration.

Additive manufacturing embeds susceptor layers in an aerosol substrate, enabling consistent inductive heating and aerosol output without combustion.

Using nitrogen instead of argon in LPBF helps maraging steel powders form dense, complex parts with less porosity and spatter.

UV-curable energetic compositions enable 3D propellant charges with controlled burn rate gradients, longer peak pressure, and safer manufacturing.

Bonded, oriented yarn strands create non-woven textiles that follow load paths, cutting reinforcement, weight, and material waste.

Rotating frame coating of collagen microfibers enables strong 3D tendon and ligament scaffolds with more uniform cell seeding.

Alternating 3D-printed undulating layers turn the center tube into a porous support that improves flow, filtration, and debris holding capacity.

Small-angle porous forming surfaces and pressure control shape cellulose fiber parts with parallel walls while reducing shear defects.

A bioabsorbable intramedullary nail wrapped in nanofiber mesh stabilizes bone fragments, supports regeneration, and avoids repeat surgery.

A latex binder and controlled heat-fusing help austenitic stainless steel prints cut porosity and reach 95-100% theoretical density.

A radially structured lattice replaces the inflatable bladder to keep bounce, balance, and rebound uniform without re-inflation.

Scanner-based surface measurement corrects construction 3D printing errors in real time by updating command data during printing.

Thermal treatment fuses semi-attached micro-particles on porous implants, reducing detachment while preserving surface area and friction.

A 3D Invar-NiTi lattice with metallurgical transition zones solves thermal-stress interface gaps while maintaining near-zero expansion.

Heating a 3D-printed thermoset surface above heat distortion but below degradation makes abrasion faster and improves surface finish.

3D bioprinted vascular tissues use multicell bioinks to model viral hemorrhagic leakage and support compound screening for vascular damage.

A two-stage debinding sequence removes polymer binder while limiting oxidation, porosity, and carbide formation in binder-jetted parts.

Rotating the print nozzle changes strand-facing materials to create fabric with tuned porosity, durability, and water resistance for outdoor electronics.

Short-wavelength light below 430 nm plus heat decomposes residual initiators in EB-cured 3D objects to reduce discoloration faster.

Varied protrusion height and spacing transfer makeup in controlled, natural-looking freckle patterns while keeping application simple.

A biocidal replaceable filter, adjustable strap system, and rearward venting improve mask fit, airflow comfort, and pathogen capture.

Directly printing conductive probes on the carrier board removes guide-plate assembly errors while improving contact stability and impedance matching.

Separate 3D-printed mold blocks are aligned into one continuous surface, enabling large precise molds without specialized equipment.

A bioresorbable scaffold with an interlocking nail bridges segmental bone defects, supports early weight bearing, and avoids removal surgery.

A 3D-printed bone-matching guide sets a precise insertion path for minimally invasive cranial access while reducing tissue damage.

Real-time holographic imaging captures 3D fusion zone topography during additive manufacturing or welding to improve process monitoring and part quality.

Varying Gaussian curvature in a 3D-printed hyperboloid scaffold boosts fluid permeability, cell response, and bone regeneration without added growth factors.

Longitudinal mixing blades and an integrated jacket reduce dead spots, pressure drop, and temperature fluctuations in static mixing.

Seeded core-shell polyamide powder cuts surface caking in 3D printing, enabling faster cleaning, better part definition, and less breakage.

A dual-resin blend with dispersed carbonaceous filler balances 3D print moldability with shape retention during carbonization.

3D-printed holders integrate optical components onto PCBs for current sensing, cutting optical assembly cost, alignment effort, and fragility.

Measured layer perimeters guide horizontal reinforcement placement in additively printed tower walls, improving accuracy and reducing labor.

A detachable nest-member base plate improves stacking adhesion during die shaping while shortening removal and post-processing time.

Blocked diamine and hindered urea chemistry keep this dual-cured resin storage-stable, then heat forms a stronger network for SLA and DLP printing.

Integrated source and optics sensors automate energy beam calibration in additive manufacturing, cutting setup time while preserving beam precision.

Flattening 3D composite geometries into printable 2D builds cuts large-part build time and avoids costly molds through controlled folding.

A height-adjustable probe detects resin contact to measure remaining printing resin accurately and avoid additive manufacturing failures.

A charging grid and electrostatic collection module remove over 95% of laser and 3D printing fumes while reducing bag filter cost and clogging.

Additive manufacturing forms roof drain tubular sections on a baseplate, avoiding welding stress, warping, and cracking in small-batch builds.

Grouped process factors and autoencoder-based modeling predict 3D food printing quality before completion, enabling faster setting optimization.

Digital geometry is modified to remove unstable internal regions, cutting support removal time and avoiding residue in additive manufacturing.

On-site 3D-printed polymer anchors cut transport mass and resist extraterrestrial corrosion while securing structures in lunar or Martian regolith.

Pausing 3D printing to place elastomeric or electronic inserts creates tougher custom cases while reducing inventory waste for new device models.