Machine Tool Components TRIZ Cases

Force sensors in the tool holder track machining-unit load and imbalance, enabling drive control that improves motor efficiency during machining.

A horizontal conveyor and rotating hobbing stations form axle shafts without repeated reorientation, cutting labor, time, and process complexity.

A shaft-fed pump boosts coolant pressure at the spray head, enabling focused chip and burr removal without a high-pressure machine tool.

By detecting the profile end and pre-positioning the measuring truck, this case cuts infeed time and reduces working machine idle time.

Internal cap nozzles and side rods keep cooling water aimed at the cutting face during rotation, reducing mist and cutting heat.

A separate battery housing and power path keep the cutting bite sensor powered longer, reducing replacements and supporting real-time tool-state monitoring.

Coordinated X/Y feeding pallets and a Z-axis clamping loader cut machine stoppage, improve machining accuracy, and reduce manual handling risk.

Pre-stored holders and dual transfer mechanisms automate loading and unloading to cut waiting time and improve machining consistency.

A bypass block and engageable fluid coupling let CNC spindle grippers run on air, coolant, or vacuum without through-spindle fluid paths.

Interchangeable rotary table segments and a precision headstock extend robot reach, improve workpiece access, and reduce extra stations.

Sequential stations automate component placement, protective film removal, and final bonding to cut manual labor and improve assembly consistency.

Orthogonal frame surfaces and a separate support mechanism raise rigidity, maintain tool-workpiece position, and stabilize rotated machining.

A dual-axis revolver tool head machines all six faces of elongated wooden workpieces without re-tooling, reducing machine complexity and cost.

Segmented flexible hinges in a voice-coil fast tool servo preserve large stroke while improving axial and lateral machining precision.

A built-in pump raises standard coolant pressure inside the tool holder, improving chip fragmentation and cooling without high-pressure machine upgrades.

Combining vacuum nozzles with replaceable brush modules secures thin sheet materials during laser machining while limiting tool damage and downtime.

A bi-rotary head and direct-drive spindle replace complex tool heads to speed multi-axis panel machining while lowering cost.

A two-part rotary joint lets operators remove or pull out distributors to reach front and rear seal members without shaft removal.

Two independent spindles and end-mounted tool magazines machine large workpieces in one setup, improving precision and productivity.

Fixed and mobile RPS references keep profiles aligned across turntable stations, improving repeatable machining and basket handling stability.

Two adjacent wall-processing zones share moving tools, overturning, and tilting to keep prefab wall production continuous with less manual handling.

An integrated electric drive and energy storage unit lets this tool holder reach high spindle speeds without external power while improving speed stability.

Pins, seats, and radially actuated collets lock interchangeable electrospindles with repeatable centering and vibration-resistant clamping.

Pressurized coolant or air clears chips automatically through spindle-mounted channels and valves, avoiding manual stoppages during machining.

Three horizontally movable adjusting units and vertical travel let the machining head tilt precisely over varied workpiece heights with higher rigidity.

An elastic ring on a reciprocating rod seals turret coolant ports, blocks chip entry, and speeds seal maintenance with a front-side lid.

Two independent carriages machine large workpieces in parallel, boosting precision and throughput without a bulky machine footprint.

Direct spindle-to-tool-holder coupling removes belts and gears, improving torque transfer, zero-point consistency, and angular control.

Non-contact power lets a machine tool attachment run and communicate without a large battery, reducing size while supporting continuous measurement.

An air stopping film plus auxiliary support keeps the rotary table non-contact under pressure loss, preserving precision and bearing capacity.

Individually valved vacuum segments adapt clamping to workpiece size while removing protective plates, cutting table complexity and cost.

Horizontal clamping with flexible hinges gives full-face access to flat timepiece parts while reducing deformation, weight, and setup complexity.

Stress monitoring in the clamping device is sent contactlessly while hydraulic or pneumatic energy keeps the workpiece securely fixed at high speed.

Compressed air blowing and end suction clear swarf from processed section bars, reducing manual cleanup and limiting chip dispersion.

A mechanically actuated piston releases and re-locks the clamping sleeve without tools or pressurized fluid while maintaining high holding force.

By placing the bar feeder in the work room overlapping the transport mechanism, machine tools gain material feed without wasting side space.

A dual-plate wedge and hydraulic clamping layout aligns workpieces close to the CNC table to improve accuracy and prevent position shift.

Integrated electrical contacts and air ducts automate high-speed spindle coupling, cutting manual setup time and machining cost.

A rocker-arm and swing-arm layout keeps machining closer to the primary axis, reducing tool overhang and improving surface quality.

A rotary coupling lets the machining head drive tool holder storage without a dedicated motor, cutting CNC tool-change downtime and maintenance.

Multiple cameras around a rotary table capture different workpiece surfaces in one cycle, improving inspection speed in a compact layout.

An open arc rotating around rod-shaped profiles gives tools all-sided access, shortening machining lines while improving flexibility.

Aligned rotary actuators transfer a machined part between fixtures to expose un-machined sides without manual flipping, cutting time and cost.

Radially movable, motor-driven tool supports let one in-line unit cut tube walls up to 25 mm without stalling or separate machinery.

An intermediate rotating link lets a compact operating head reach the lower face of profiled bars without bulky slewing mechanisms.

A rotary unit and fixing unit switch pneumatic or hydraulic supply on the turret, cutting size and non-machining time for optional units.

Check valves in integrated spindle and holder fluid passages stop hydraulic leakage during detachment and maintain pressure without extra piping.

Two transversely movable support blocks use suction and sliding elements to stabilize slanted panels against drilling, milling, and sawing forces.

Movable grippers and transverse guide adjustment let wood panels be clamped precisely across multiple machining stations while preventing bulging.

A lever-driven roller changes height to follow non-round workpieces in rotary machines, reducing sagging, scratches, and support complexity.