Assembly Machines TRIZ Cases

Vision-guided robotic assembly aligns and inserts fragile smoking cartridge components to improve repeatability, precision, and throughput.

Mobile drivable supports replace fixed aircraft fixtures, enabling precise metrology-guided assembly with less repositioning, space, and labor.

By reorienting the collection container to scatter parts directly onto the support surface, this case cuts cycle time and prevents component loss.

Vacuum-mounted contour tracks let an automated fastening machine traverse inside a fuselage and install fasteners with precise internal access.

Track-guided carriages and liftable substations automate fragile cartridge assembly, improving alignment, repeatability, and inspection.

An assembly head with opposed holders and a biased push member places retainers and cotter pieces on valve stems with less adjustment and shorter cycle time.

A rotatable turret with indexing pins enables precise drilling and fastener insertion when joining panels in confined wing-box spaces.

Light-barrier position detection confirms correct component container placement with visual, acoustic, or vibration feedback to reduce assembly errors.

A segmented safety circuit cuts motor power instantly while keeping monitoring active, avoiding wireless stop delays and collision risk.

Upright support, J-shaped holders, and controlled conveyance stack heat exchanger cores without replacing existing core manufacturing equipment.

A universal vehicle part assembling apparatus uses a vertically sliding mounting plate to hold interchangeable applications for flexible assembly tasks.

Rocking workpiece holders simplify multi-surface component mounting by segmenting positioning mechanisms to reduce system complexity.

A serpentine conveyor system positions a workpiece at multiple stations for single-operator access.

Parallel computerized assembly cells merge operations to reduce floor space while maintaining continuous productivity.

A modular assembly cart system uses adjustable stabilizer rings to support large composite fuselage barrels during transport and alignment.

Lifting system lowers heavy components onto rail-mounted crawling mechanisms, eliminating crane dependency to reduce maintenance time from 45 days to 22 days.

A modular manufacturing system uses a central control device to coordinate multiple work-element performing apparatuses installed on a main frame.

Linear actuators adjust fixture plate positions on guide rods, reducing equipment replacement time while maintaining manufacturing precision.

Mobile kit carts follow random vehicle builds to eliminate static bin congestion and reduce changeover time.

Interlocking blocks feature frangible members that break at predetermined thresholds to reduce handling damage while maintaining regulatory compliance.

Modular interface units couple mobile processing stations for flexible plant layout changes.

A component mounting device uses a movable partition wall to isolate lanes during type changes.

Laser projection guides fastener installation on aircraft substrates, eliminating manual recording errors and foreign object damage.

Segmented tabs fix billets to tables, reducing material waste and assembly complexity.

A driverless transport system moves pre-selected parts carriers to a picking station for manual sorting and subsequent delivery to workstations.

A bicycle fitting system uses motion capture to measure rider flexibility and adjust component positions.

Segmented support and chain-driven clamping components position hydraulic oil circuit blocks to eliminate cumulative errors from multiple setups.

A machine learning system automates component selection by observing characteristic values and inventory amounts to optimize assembly decisions.

Replacing expensive automatic guided vehicles, the device uses an elastic ribbon to reduce manufacturing costs and space requirements.

Automated stacking and arranging modules feed door hinges to a robotic arm that bolts them to vehicle side panels, reducing manual handling errors.

Opposing motor stages apply balanced forces to press lenses into holders, eliminating net stress on the indexing stage and preventing component damage.

A rotary storage rack assembly positions robotic tooling vertically and circumferentially to streamline automated vehicle body sheet metal assembly operations.

A cart assembly uses lift and tilt mechanisms to adjust work piece elevation and angle.

A manufacturing plant uses a rotating device to position section bars for machining.

Circular conveyor assembling machine reduces bulkiness by arranging stations around a rotating ring with independent stop units.

A driverless transport vehicle uses a raising and lowering apparatus to align its transport level with storage racks.

Horizontal conveyor system positions glass plates against plastic frames using suction devices and thrust plates for precise adhesion.

Multi-tower handlers with laser guidance automate structural positioning, eliminating manual crane delays and scheduling bottlenecks.

An automated assembly plant circulates pallets along a closed loop while an overhead conveyor transports vehicle bodies to stations.

Automated robotic handling replaces manual processes to ensure repeatable heat sealing of ceramic filters onto plastic bases.

A single stroke motion motor drives a segmented platform with independent holding portions to move multiple parts individually or uniformly.

Storage chamber abutting portions align cotter pieces to eliminate adjustment time.

Rotating table coordinates suction-based loading mechanisms to assemble disposable syringe-driven filters, eliminating manual handling errors.

Segmented punching and forming units paired with independent insertion stations boost throughput while reducing plant footprint.

A component mounter uses negative pressure holes in a temporary placement surface to verify component presence via pressure state analysis.