Manufacturing Platforms/Substrates TRIZ Cases

Rotating the cleaning member prevents waste re-deposition on the nozzle, maintaining shaping accuracy.

A rotatable and tiltable construction platform enables precise spatial positioning of semi-finished components during additive manufacturing.

Reorienting printed parts on a substrate eliminates support material waste and post-processing complexity while maintaining structural integrity.

Wheeled platens align with an intermediate transfer belt to prevent shear damage and maintain mechanical integrity during electrostatic layer transfer.

A multi-nozzle 3D printer valve purges residual material to prevent denaturation during switching.

A three-dimensional shaping device deposits material into lattice grooves to form coupled girder and floor layers on the stage surface.

Actuators on a deformable deposition plane locally adjust the work surface to compensate for material shrinkage and prevent structural breakage.

A movable insert build plate accommodates thermal expansion within a receptacle to maintain dimensional stability during additive manufacturing.

Selective dielectric heating of coated sheet interfaces eliminates void formation and improves structural integrity in additive manufacturing.

Acoustic sensors monitor sound levels to detect binding and backlash in additive manufacturing build platforms, preventing part defects and equipment damage.

A 3D printing device featuring a build area with specific dimensional ratios Y:X between 1.1 and 3.0.

A stereolithography cartridge uses a pressure-activated valve to transfer base material from an integrated reservoir.

A printing arrangement extrudes thermoplastic while a conveying device supplies profiled fibers to create composite structures.

Rotating a heated platen melts adhesives via induction, enabling gravity-driven part detachment that eliminates manual scraping damage.

Optical detection of fiducial marks aligns build plates across multiple DMLM systems, reducing transfer time and maintaining manufacturing precision.

Flexible coupling decouples the direct measuring unit from the movable component, resolving space constraints while maintaining high measurement precision.

A flexible build layer deforms under actuation to separate additive parts, reducing damage risk during removal.

A multi-station additive manufacturing system uses a robotic unit to manage parallel printing operations across independent deposition units.

Selective binding of granular construction materials enables creation of three-dimensional structures with varied regional properties.

Non-continuous energy beam irradiation maintains single crystalline texture during additive manufacturing of gas turbine components.

A bioprinter system uses a sample loading pump to move fluid into holding reservoirs for precise droplet deposition.

A roller follows a nozzle to flatten printed concrete surfaces, eliminating post-treatment time and irregularities.

Dynamic pixel shifting improves edge sharpness and resolution while reducing apparatus complexity.

Additive manufacturing system deposits medicament onto microneedle protrusions using a conveyor and printhead module.

Segmented carrier platforms with elongate wash channels enable rapid resin removal from internal dental model cavities through hydraulic flushing and agitation.

Vortex vibration loosens trapped powder in complex geometries, enabling pressurized fluid to remove debris and reduce depowdering time.

A bidirectional applicator system deposits and extracts liquid material on a foil to enable continuous additive fabrication layer formation.

Bulk deposited anchors bridge material compatibility gaps to resolve interlayer bonding strength issues during multi-material additive manufacturing.

A motorized lead screw and linear bearing constrain rotational motion while enabling precise vertical movement of the support tray elevator.

A control unit stores calibration offset values associated with specific shaping plates to streamline the 3D printing workflow.

Neural networks predict detachment forces to optimize pull-off speed without sensors, resolving the reliability-productivity trade-off.

Inert gas displacement and oxygen monitoring enable safe ultrasonic vibration for reactive powder removal without explosion risks.

A rotatable build platform exposes hidden surfaces during additive manufacturing to enable deposition on multiple sides of a component.

A dual-wavelength exposure system controls radiation to photopolymer material.

Adjustable volume extrusion chamber switches fluid paths to transfer solid chocolate batches through the print head.

Pneumatic suction positions hard material particles within powder layers, preventing displacement and ensuring precise distribution accuracy.

A movable sheet transports liquid photopolymer through a digital micromirror device to form continuous cured layers.

A 3D shaping device adjusts screw rotation via pressure feedback to stabilize molten material discharge.

A curved build platform moves solidified material along a trochoidal path to separate layers from the substrate.

Unique three-dimensional structures on the build platform create mirrored patterns on component bases, eliminating manual labeling errors and material waste.

Adjusting ejection parameters fills concave gap regions, reducing voids without adding remnant paths.

A pulsed laser ejects metal droplets from a sheet feedstock for additive manufacturing.

Print head discharges composite material to an auxiliary tool, resolving curing and support limitations in complex shape fabrication.

Segmenting the build interface via a removable collar enables non-destructive release of fragile heat exchanger fins, eliminating wire EDM damage.

Segmented plenum chambers guide uniform gas distribution to mitigate spatter while retractable design eliminates contamination risk during powder deposition.

Segmented support structures close internal openings to prevent witness marks at the apex during additive manufacturing.

A retrofit build piston reduces the active surface area in powder bed fusion machines, minimizing unused powdery material waste during small object production.

Dual rotation devices enable radial material deposition to eliminate staircase effects and improve surface quality without complex support structures.

Blade changer mechanism swaps worn re-coater blades using an internal magazine to maintain inert atmosphere and minimize downtime.