Machine Tool Components TRIZ Cases

Segmenting the workpiece magazine into two independent subgroups eliminates swiveling dead times during crankshaft loading and unloading operations.

Individual vacuum chambers allow selective pressure control, enabling cut part removal without losing sheet registration or requiring full system shutdown.

Pivoting pallets enables automatic workpiece transfer between clamping apparatuses, eliminating time-consuming manual re-clamping of heavy parts.

Nested gimbal assemblies convert 3-axis mills to 5-axis tools, lowering equipment costs while maintaining angular positioning precision.

A rotor coupled to a rotating spindle transmits displacements through an intermediate part to stationary measuring instruments.

Independent X, Y, Z segment movement allows simultaneous top and bottom machining of window profiles, halving processing time.

A part holder system modulates preloading force on hydrostatic bearings using real-time sensing and control units.

Extracting inductive coils from tool holders reduces manufacturing costs and wear while maintaining wireless signal transmission.

A machine tool uses a special tool to supply air to the holder during automatic changes.

A machine tool controller calculates disturbance torque and workpiece inertia to estimate brake disc wear.

A rotatable clamp element supporting unit positions upper and lower clamps to secure small plates on work surfaces.

A turning center headstock integrates Y-axis vertical and B-axis swing units to enable complex multi-axis machining operations.

Independent tool spindles enable five-axis orientation on a machining center, resolving multi-sided drilling conflicts in aluminum profiles.

Spindle-based positioning relocates the measuring device away from the clamping surface, preventing damage and soiling during machining operations.

A revolving lighting unit radiates light onto a main sensing body to detect structural deviations in working machines.

Segmented fourth-procedure device machines all bolt hole chamfers at once, eliminating sequential operations and reducing total production time.

Retractable mechanical clamps on parallel support beams yield to pneumatic suction, eliminating complex setup transitions between elongated and flat parts.

Movable conveyor rollers shift to create openings, resolving the trade-off between productivity and accessibility.

Integrating an active damping system inside the machine tool ram resolves space constraints near the cutting point while maintaining high vibration suppression.

An additional clamping device rests in the first profile section of a turbine blade to stabilize the workpiece during multi-axis cutting operations.

A pallet changer mounts a processing unit to perform marking, drilling, and deburring on plate-shaped materials during exchange cycles.

A modulating tool holder spindle imparts simultaneous rotational and oscillating linear movement to a clamp.

A section bar processing machine uses a locking device to secure a non-motorized vice to a guide track for synchronized movement.

A dual operating unit machining center moves freely along different levels to handle and machine furniture parts.

A central component with integrated guides stabilizes the clamping device and processing tool for elongate profile sections.

Replacing mechanical contact with electromagnetic induction eliminates spark generation and enables automatic tool change on the rotating spindle.

A pivoting clamping element engages multiple contact points along the workpiece edge, preventing perpendicular shifting during milling or drilling operations.

Rotating turret heads arrange multiple tool spindles to enable parallel processing, reducing non-productive times and installation space constraints.

Multiple working heads move independently along perpendicular axes to process different metallic profile surfaces, eliminating continuous repositioning.

Segmented internal cooling channels remove waste heat from motor drives to prevent thermal deformations during high-speed machining.

Hydrostatic radial bearing sensing means detect operating pressure to estimate workpiece center of gravity eccentricity.

A spindle-mounted probe retracts during machining and extends for workpiece contact using a dual spindle system.

A self-contained hydraulic pump driven by the turret shaft actuates steady rest abutments without external distributors.

Segmented machining units move independently on a common bed to resolve the contradiction between high productivity and device complexity.

A tool holder drive component integrates teeth for a summation drive with a second element for individual drive systems.

A vertically rotating magazine wheel stores tools in a circular arrangement adjacent to the working compartment.

Interchangeable gearwheels in a modular transmission simplify assembly and reduce production costs for industrial boring machines.

A machine tool turret calculates swinging movement patterns based on gravity, centrifugal, and inertial forces to determine optimal speed.

A rotatable support structure positions crankshafts between two machining modules to machine both ends simultaneously.

Dual-supported beam members enable a rotating cradle to discharge swarf while maintaining structural rigidity.

A rotatable suction manipulation device grips plate-shaped workpieces to induce precise rotary movement along a conveyor path.

Arcuate arm scrapers seal the casing opening, preventing debris entry and enabling narrower installation.

Segmenting macro and micro positioning eliminates mass-induced errors, achieving ±0.0002″ precision with a lightweight robot arm.

A vacuum support system with height-adjustable bearings enables precise three-axis positioning of workpieces on standard machine tables.

A swinging container on a turret receives heavy workpieces through a chute, resolving holding force and complexity trade-offs.

Rotary unit clamps fixing unit to cut off pneumatic pressure during non-machining periods, reducing device complexity and improving operator convenience.

Integrating pivot and drive motors into one housing reduces structural complexity and manufacturing costs.

A machine tool turret uses independent drive units to accelerate incoming tools before engagement.

A bi-rotating machining head uses a motor-driven electrospindle unit to maintain constant contact force on workpieces.