Large Fixed Members TRIZ Cases

A circumferential groove adds elastic planar contact so heated gear workpieces can expand axially without torsional vibration or tooth flank waviness.

Replaceable couplings and a spring-loaded stem reduce leak-related downtime in water jet cutting head connections.

A segmented stand, quill, and double guide rails extend spindle travel for 5-axis machining while preserving rigidity and chip removal.

A cantilever support arm mounted on the workpiece magazine enables compact, collision-free handling while keeping the machining area protected.

Multiple clamping-body intersection points improve workpiece positioning accuracy while a mechanical actuator avoids fluid leakage and loosening.

A spacer and insulating body thermally separate the drive from the hot clamping zone, preserving clamping accuracy and seal durability.

An elongated T-slot protector blocks chips from entering clamping-table grooves, preserving easy clamp insertion and repeatable workholding.

A millable adapter aligns holder zero points with machine coordinates, cutting dental milling calibration time while fitting varied blank shapes.

A ventilation hole through the spindle support body and forced airflow cool the spindle without enlarging the machine tool.

An elastic active section and counter-section stop pallet twisting while absorbing torque to improve repeatability and durability.

A pivoting CNC coolant nozzle tracks tool orientation to improve swarf removal, heat control, cutting accuracy, and tool life.

A linearly movable, rotatable tool magazine speeds tool changes while keeping high capacity, a compact footprint, and low contamination exposure.

A rotatable tool magazine that also moves axially speeds tool exchange, preserves high capacity, and limits workspace interaction.

A vertically movable swivel bridge and pallet shelves cut pallet exchange time while supporting precise, faster workpiece machining.

A split equerre and sealing shutter doors let operators prepare or swap workpieces without stopping machining or releasing coolant.

A hollow work spindle on a tubular bearing holder cuts bending stress, vibration, and axial length for more accurate gear tooth flank grinding.

A radially expanding sealing ring closes the clamping receptacle when unloaded, blocking chips and media while reducing pin friction.

By mounting the spindle motor on the rotating head platform, this case removes the long shaft, simplifies cable routing, and enables endless C-axis rotation.

Radial openings in a flexible annular web let a zero-point clamping element self-center and lock without play while reducing damage risk.

Zone-based laser and pressure sensing slows or stops moving machine elements based on tool position and nearby people to prevent impacts.

Intersecting linear clamping bodies improve support-body positioning accuracy while avoiding complex hydraulic actuation.

Serrated press-fit contact replaces gap-prone pin positioning to improve pallet accuracy while lowering clamp height and freeing machining space.

Operator detection and logic stop control keep a pendular-cycle processing head within safe positions while preserving full workspace use.

By moving the rotary drive into the machine base, this case frees machining space, improves tool access, and protects the motor from chips and coolant.

Built-in container frame alignment and release mechanisms simplify on-site modular machine assembly while reducing misalignment, cost, and lifting needs.

By moving the fastening mechanism into the clamping device, this case cuts clamping plate weight and complexity while preserving precise positioning.

A dedicated W-axis drilling module overcomes depth and tool-length limits in vertical machining stations while supporting precise milling.

An internal ventilation hole and blower cool a vertically movable spindle without enlarging the machine tool, helping prevent thermal displacement.

A gantry turning center uses movable supports and multiple heads to improve chip collection and machine large or small workpieces efficiently.

Lever-arm force amplification boosts zero-point clamping force while preserving precise, repeatable positioning on machine tools.

A single-thread tail and smooth head reduce torsional stress on the narrowed actuator section while keeping cylindrical workpiece locking durable.

An insulating sleeve-mounted locking element blocks discharge from a charged spindle to the housing, reducing shock risk during tool changes.

A pivotable operation tab replaces point contact in cylindrical body locking jaws, preventing surface deformation and ensuring repeatable tightening.

Embedded sensor modules in mineral-cast machine tool structures detect mechanical loads in real time, enabling faster compensation than thermal methods.

Rotatable cylindrical pins cut friction at the inclined guide, improving clamping security and release efficiency in zero-point modules.

Motor-driven nozzle adjustment tracks changing cutter positions in MQL machining to improve cooling, cut setup time, and reduce lubricant waste.

A weighted base, retractable bellows, and bent-sheet arm enable stable machining of large workpieces without foundations or weld weak points.

A pivoting arm and translating tray replace complex rails, shrinking the cutting zone while improving cleanability and positioning precision.

Standardized intermediate pieces let one clamping assembly fit different spindle heads and workpieces while shortening hydraulic and pneumatic bores.

A one-piece cone and spring section absorbs thermal expansion in clamping devices while keeping fastening elements precisely centered.

A spring-preloaded clamping piston locks the sleeve with high holding force while enabling tool-free manual or mechanical release.

By moving the rotary drive into the machine base, this case frees machining zones for flexible workpiece positioning and higher productivity.

A radially arranged, movable turret cuts machine width while keeping multiple tools accessible for compact part processing.

Shifting Y-axis positioning to the workpiece carrier keeps the tool carriage lighter and more rigid for precise, faster machining and easier tool changes.

A protruding bracket blocks cover closure when the chip receiving box is left in place, preventing transfer-machine contamination.

A wedge-guided tightening mechanism redirects lateral forces into the clamping plate to keep clamping slides synchronized under asymmetric loads.

A spring-biased venting circuit keeps machine-tool pallets clamped even if air supply is misapplied or fails during release.

Laser preheating and ultrasonic vibration cut hard materials with lower force, less chip sticking, and longer tool life.

Multi-axis T-slot base plates and reconfigurable clamps secure varied workpieces without distortion while enabling repeatable machining setup.

A double-station wheel hub drilling layout lets one clamp load while the other machines, cutting auxiliary time without sacrificing precision.