Auxillary Equipment TRIZ Cases

When tool wear reaches a preset limit, the controller stops new loading, finishes the remaining part, and unloads it automatically.

Detachable lids and prepared cover openings let a machine tool accept a gantry loader with less retrofit work while containing coolant and protecting operators.

A spiral flow channel moves cutting fluid without extra circulation pumps, limiting chip buildup and reducing tank cleaning effort.

Sensor timing between chuck open and closed states reveals actual holding force, enabling stable tightening control despite wear and lubrication changes.

Magnetic nano lubricant is guided and recycled around the turning tool while ultrasonic vibration improves cutting-zone infiltration, cooling, and wear control.

A projected turret tool holder shifts the grooving tool position to reach deeper cuts while reducing vibration and collision risk.

Negative pressure through a drill jig and adapter insert captures chips and dust at the hole site, protecting sensitive equipment and cutting cleanup time.

A spring-return air blow nozzle slides clear for maintenance, then resets to a fixed tip dresser position for reliable chip removal.

Electrical contact switching indicates cutting member rotation in the holder, enabling precise cutting edge alignment and more accurate machining.

Integrated distance sensors let the turning tool measure diameters, roundness, and roughness in process, cutting repositioning time and cost.

Segmented vacuum chambers adapt clamping force by machining stage to limit stress deformation and improve turning precision of thin-walled curved parts.

Stable self-excited vibration creates intermittent ratchet-like cutting so fluid can cool the separated zone, reducing heat, wear, and machining limits.

Integrated accelerometers estimate cutting tool orientation during mounting, replacing manual spirit-level setup and speeding accurate alignment.

Time between chuck contact and full closure is used to estimate gripping force and correct tightening despite wear and lubrication changes.

Force and torque sensing in a pressing jig verifies proper holding of a turning target before machining, helping prevent failures.

Angularly offset support surfaces on guided slides stabilize heavy rotors for faster machining with high positioning accuracy and repeatability.

A piezoelectric sensor embedded in the tool shank measures cutting forces directly, enabling precise dynamic monitoring of wear and breakage.

Pulse-shaped vibration commands and calculated return positions let machine tools maintain preset feed while improving chip segmentation.

A body-mounted footstool stores outside the splash guard, then moves inside for setup to limit chip contamination and carrying time.

A removable swiveling tool unit shifts tool exchange and chip removal outside the cutting chamber, simplifying maintenance and coolant handling.

A compact force sensor embedded in the tool shank enables precise, high-dynamic machining force measurement for wear, breakage, and process monitoring.

Eddy current sensors replace optical sensing on a turning tool to keep dimension measurement stable despite coolant and chips.

A pivoting door plus a transverse sliding door enlarges machine tool access only when needed, improving operator comfort while preserving enclosure containment.

Integrated distance sensing measures machined surfaces during turning, cutting measurement time and enabling wear correction for better accuracy.

Adjustable bonding points and support heights reduce clamping deformation in disk-type planar components while preserving surface shape accuracy.

A ratcheting lock wheel and pawl let the lathe chuck guard open only at preset angles, improving access control and operator safety.

Projection-housed bearings and linked shafts let multiple rotary tools face the same direction while maintaining stable rotation and machining accuracy.

Cameras and visual markers replace mechanical guides to keep cutting or drawing tools aligned on complex material paths with less setup time.

Ramp and ring guards block pinch points between the tripper pin tower and tool slide assembly, reducing injury risk on portable lathes.

By changing the cutting edge angle with a machine-tool pivot shaft, one turning tool cuts step workpieces without residue or boundary wear.

A rotatable insert with multiple cutting corners expands turning, facing, and copy machining while keeping the tool body compact.

Automated run-out measurement on a rotating chuck improves grip accuracy checks after claw exchange and reduces operator misreading.

A movable exhaust hood captures lathe shavings, chippings, and dust at the source to keep the workspace cleaner and safer.