Gripping Heads TRIZ Cases

See how a friction-fit head and rotating magnetic members enable precise placement of strong ma

See how a knife with handle chambers and blade indentation intercouples with a cutting board ba

See how a mechanical rim-skirt container interface replaces vision sensors with simple gripper

See how a flexible coupling with radial ribs compensates for container misalignment in robotic

See how a ceramic-coated holding member on a robot arm handles high-temperature baking surfaces

See how a hinge assembly with offset axis enables a reaching tool to fold into a compact positi

See how a linear actuator and movable arms adjust gripping force to prevent breakage while secu

See how dual rollers and position sensors classify and prepare clothing for folding by reversin

See how a removal device forms a fold at the medium's front end to create a grip margin, enabli

See how a removal device uses segmented support portions with rotary body and link mechanism to

See how a catching portion positioned outside the chuck jaw extension line deflects pulling for

See how a segmented suction gripper uses wall-divided vacuum sections and elastic adaptation to

See how conveyor staging, actuator timing, and controller feedback resolve manual condiment pla

See how a retention rod extends into the scoop to hold ice cream during transport and a wiper b

See how an overturn device with rotation, clamping, and lifting mechanisms detects article size

See how a mechanical basket guide self-centers fryer baskets during robotic gripping, eliminati

See how a flexible coupling and load-sensing gripper enable a robotic cooking end-effector to c

See how a linear-driven strainer lid and magnetic cap hanging device enable automated, secure s

See how camera-based inspection and motor-driven platforms replace manual sorting to detect dis

See how merging deep frying, stir frying, and automated dispensing into one coordinated system

See how a basket adapter with engagement grooves and a wrapping assist device enable robotic ar

See how laterally movable sealing sections and vacuum cooling enable reliable end-section holdi

See how a wrangler and spiral fold mechanism automate radial folding and twisting to create uni

See how flexible gripping elements secure tumblers from inside using spring tension, enabling r

See how a gripper-based cutting device with dispenser and receiver units enables precise, high-

See how pivoting arms, adjustable clasping paddles, and telescoping handles enable debris colle

See how a robotic arm with modular basket adapter and wrapping assist device automates sandwich

See how a rotating conveyance assembly moves dishware through isolated cleaning zones, reducing

See how a rotary conveyance assembly with articulating elements prevents zone contamination, re

See how a catching portion positioned out of the chuck jaw extension line deflects pulling forc

See how modular transfer apparatus, cap opening mechanisms, and cyclic transport enable automat

See how a multi-section suction gripper uses dynamic vacuum adjustment and radial sealing to se

See how oblique pickup, compression conveyors, and push-in mechanisms disentangle tangled cloth

See how segmented plates, framework members, and universal interfaces enable mass production of

See how a valve with varying-diameter limiter element adjusts air pressure from a high-pressure

See how a rack-and-pinion assembly with modular carrier blocks enables flexible pitch adjustmen

A latchable adjustable picker handles different semiconductor sizes and tray layouts without multiple picker types or complex installation.

A control mechanism redirects exhaust airflow so one pneumatic tool can switch between dust blowing and article pickup without tool changes.

A corrugated bendable central section lets remote gripper jaws reach around corners and hold shape for access in tight spaces.

Slack-sensed clamp motion and a tilting conveyor separate bundled laundry faster while reducing oscillation and maintenance issues.

Air bearing lift separates substrates from adhering surfaces without contact, reducing wafer contamination, damage, and stiction during handling.

An actuated coil magnetizes the retrieval tip only when needed, improving pickup and release of metallic objects in hard-to-reach areas.

A sensor-guided feeding arm lets low-dexterity users select and retrieve varied foods and drinks with minimal caregiver help.

A tongue-and-groove suction plate replaces threaded joints, speeding vacuum gripper bottom changes while keeping a secure connection.

A rack-and-pinion end effector shifts carrier assemblies for pitch changes, improving packaging pick-and-place reliability and maintenance access.

A gimbaled nozzle with spherical contact self-aligns during die bonding to distribute force evenly and reduce voids from trapped air.

A pivoting pickup head combines magnetism and adhesion to retrieve metal and non-magnetic dropped items without bending.

A protruding flexible electroadhesion section conforms to uneven object surfaces, improving retention force and precise gripping.

Segmented carrier actuation uses rack-and-pinion motion and cooperating members to change pick-and-place pitch with easier maintenance access.

A dual-beam mounting head layout keeps PCB assembly productive when components are supplied from only one side or low-frequency tray feeders.

A vacuum hood with adjustable side walls and sensors lifts mixed article layers on leaky pallets while detecting slip sheets and dropped products.

A detachable mounting head with stored identity data lets substrate equipment auto-check compatibility, load the right driver, and calibrate quickly.

A detachable vacuum kit lets one pick-and-place head fit trays with different device counts, cutting replacement time, cost, and waste.

An ejector nozzle boosts suction in an area vacuum gripper to hold and separate thin flexible workpieces with better positioning and energy use.

Individually controlled suction cup zones prevent vacuum loss through unused cups while handling varied product sizes and pick patterns.

A hinged rod lets the pick-up head lock at 90° positions, improving ergonomics, confined-space access, lighting, and storage.

A movable magnet and telescopic, pivotable shaft help retrieve metal items in tight spaces and release them without manual handling.

An asymmetric protrusion in one transfer film creates strong and weak adhesive regions, enabling both picking and placing with a single stamp.

A photonic crystal indicator sheet shows piston position and magnetic force in a magnet gripper without power, improving setup safety.

A switchable magnetic flux source and segmented pole portions improve coupling versatility across multiple ferromagnetic contact interfaces.

A climbing robot uses precise working-head positioning and online socket replacement to retighten tower bolts more safely and efficiently.

Spring-loaded sliding cams let wafer edge grips hold securely during rotation while enabling controlled release and accurate placement.

A single gripper uses main and secondary clamps plus movable support pins to remove FOSBs and packing materials with less damage.

Simultaneous vertical gripping and stacked treatment chambers cut substrate loading and unloading time while maintaining treatment completeness.

An elastic belt sheet and pedestal block create strong adhesive holding for heavy workpieces, then separate to enable low-load peeling.

Local inert gas purging shields the processed substrate surface during transport, preventing oxidation and contamination without full mini-environment circulation.

Two main transfer robots split buffer, inversion, and cleaning moves to cut substrate waiting time and raise cleaning throughput.

A hollow shaft with vent holes circulates gas inside the motor, protecting the encoder from contamination while improving heat dissipation.

Optical sensing checks end-effector sagging before substrate transfer, enabling safe interval adjustment and preventing substrate damage.

Pressure sensing through a vacuum-coupled end effector confirms wafer presence and alignment when optical detection is blocked.

Push-off elements lift battery covers from below to automate hazardous pack opening across different housing shapes and sizes.

Main and secondary clamps with movable support pins let one gripper remove FOSBs and packing materials while minimizing handling damage.

A movable second gripper adapts to different hairpin end positions, enabling reliable, low-vibration assembly with a simpler gripping layout.

Integrated wafer temperature sensing during transport enables thermal equalization before weighing, reducing mass errors without slowing throughput.

A low-friction moving clamp and support pads let one end effector transfer thin wafers of different sizes while limiting damage, contamination, and warpage.

A multi-group suction cup assembly moves wafers between boats and cassettes with different capacities, improving alignment, throughput, and coating uniformity.

Independent upper and lower vacuum holding stabilizes substrate transport while reducing contact dust in precision microfabrication.

A robotic screw tool with upper and lower sleeves automates wafer carrier fastener insertion and removal to cut contamination and manual handling.

Movable edge supports and vacuum suction help handle warped back-ground wafers with less breakage and cracking.

A single robotic arm with multiple end effectors loads wafers into several stations at once, boosting throughput while reducing moving parts.

A hollow-input, solid-output coupling with thrust and radial load bearing support expands driver choice while keeping the assembly compact and durable.

Movable edge supports and vacuum suction let this wafer handler grip warped wafers securely, reducing breakage and cracking.

A dual-sided blade with isolated gas and vacuum manifolds lets one end effector handle different wafer sizes without contacting integrated circuit devices.

Standardized packing boxes with retractable bottoms let a mechanical arm move and release goods accurately while simplifying container management.

Upper and lower screw sleeves automate wafer carrier fastener insertion and removal, reducing manual contact, contamination risk, and handling time.

A two-stage spacing adjustment mechanism aligns battery cells with uneven receptacle pitches to speed packaging and reduce manual correction.

A grounded counter electrode and intermediate-resistivity dielectric enable reliable chucking and fast dechucking of small conductive and non-conductive workpieces.

Guide grooves and swirl flow create stable Bernoulli suction for wafers or glass while reducing noise, contamination, and member undulation.

A single articulated handling robot coordinates gripping, wetting, and bead mounting to cut tyre assembly complexity, maintenance, and cycle time.

A projecting annular pad structure concentrates stress at release points, improving wafer detachability without sacrificing vacuum holding reliability.

Vertical dummy removal with a lever gripper and presser contains adhesive outflow and reduces display panel defects.

A conductive fiber electrode between soft polymer layers improves contact area, kink resistance, and electrostatic gripping of soft objects.

Automated SiC substrate flipping and transfer between CMP stations removes manual reversal, reducing errors, labor, and delays.

UV light built into the wafer transfer blade pre-treats hydrophobic films to improve surface hydrophilicity and speed CMP polishing.

By placing the battery housing on the wrist rotation axis, this case reduces cable twisting, improves sealing, and simplifies battery replacement.

A conductive path linking wafer-contact pads to an antistatic ceramic coating dissipates charge and prevents arcing during substrate transfer.

A reflection-type detector with a partitioned light projector and receiver accurately detects transparent substrates during transfer and cuts false positives.

Individually energized electrode pixels create precise adhesion zones to move delicate materials with less force, energy use, and unwanted contact.

A portable hot-swaging sleeve joins reinforcing bars without long lap splices, cutting labor, waste, and crimping force.

An edge engagement assembly holds the pool cleaner at the water line so the filter can be removed safely without lifting the cleaner from the pool.

Movable suction pads and outer pressers let cut products be picked cleanly while keeping adjacent residual material pressed down.

A prong-and-clamp pile gripper lets an autonomous vehicle align, pick up, and drive piles with less manual labor and fewer handling errors.

Airflow through the wrench tip creates stable fastener pickup and conveyance without high vacuum sealing, reducing complexity and cost.

A revolver nozzle changer uses magnetic attachment and cam-driven motion to speed nozzle swaps without adding spindle weight or hurting placement accuracy.

Dog-leg and parallel links give a compact pipe chuck wide opening range while maintaining surface contact to avoid dents and scars.

A planetary gear transmission separates continuous synchronous rotation from intermittent relative motion, reducing dual-drive complexity and wear.

Integrated rails, slotted guideways, and bearing lubrication stabilize small-workpiece clamping while reducing stress, friction, and noise.

Robots, adjustable guides, and proximity sensors keep blanks aligned through multi-zone heating and forming to reduce waste and interruptions.