Machine Tool Components TRIZ Cases

Pressurized fluid and spindle speed switch valve paths to clear chips automatically, reducing manual cleaning interruptions during machining and inspection.

An ejector and pressurized air reservoir create onboard vacuum, eliminating external vacuum lines for lighter, more flexible workpiece gripping.

A lightweight multilevel tubular magazine cuts inertia to speed 360-degree tool positioning while maintaining repeatable alignment at multiple spindles.

Automated lifting, rotation, and under-gantry travel remove cut parts safely while cutting continues and sorted storage stays accurate.

A lightweight rotating tube magazine cuts tool-change inertia while positioning multiple tool holders accurately for simultaneous spindle exchange.

A spindle-mounted RFID reader speeds tool identification, verifies correct coupling, and updates tool data in real time to prevent machining errors.

A straight-line cutout in a polygonal turret preserves spindle travel while fitting more tool attachment parts with a simpler shape.

A tiltable vacuum gripping sheet lifts cut pieces and swarf together, reducing vertical machine tool unloading time without robot complexity.

A movable cradle and chuck holder let one machine switch and position cleaning tools around a fixed part, avoiding multi-station handling.

An annular balancing mass counteracts spindle excitation forces to preserve machining accuracy and extend tool life in vibration-assisted machining.

A servo-driven pivoting tool unit lets the cutting edge roll synchronously with the workpiece to machine complex lathe surface profiles.

A rotating tubular magazine cuts tool-change inertia by moving lighter holder covers around a fixed central block for repeatable spindle alignment.

A rotatable multi-tool arm broaches different die cutter rule geometries in one compact unit, reducing machine bulk and maintenance.

A rotatable suction unit around a fixed workpiece holder improves ergonomic access and captures dust and fumes from all sides.

Pressurized coolant and speed-actuated valves clear chips from workpiece surfaces and holes without stopping machining for manual cleaning.

A symmetric direct-drive turret layout removes gearboxes to cut space, vibration, and mechanical stress while improving lathe accuracy.

A variable discharge port helps a rotary table air bearing keep the air film stable while supporting higher loads across a wider range.

A compensation mass cancels spindle inertia forces during vibration-assisted machining, improving accuracy without transmitting vibration to the machine structure.

A servomotor-driven turret lathe tool holder repositions the cutting seat automatically, reducing downtime and enabling accurate in-process angle changes.

Adjustable feed speed and acceleration let workpieces match conveyor speed before machining, cutting machine size, damage, and cycle time.

A pivoting lift-arm cell flips wall panels through multiple work positions, cutting line footprint while improving prefab speed and access.

By adding drive wheels, a heating element, and a nozzle to a CNC spindle, larger parts can be printed without a separate 3D printer.

A coaxial ultrasonic cutting assembly simplifies CNC tool handling while enabling precise, residue-free cutting of composites, plastics, and wood.

A master workpiece pre-shapes the jig gripping part, cutting setup time while keeping precise workpiece positioning for machining.

Compressed air blows swarf from one bar end to the other, where suction captures it to cut manual cleanup and limit dispersion.

An ejector and pressurized air reservoir create on-board vacuum, removing bulky external pumps and tubing for lighter remote-controlled gripping.