Large Fixed Members TRIZ Cases

A compact steady rest uses guide tracks, tapered rails, and interchangeable springs to deliver repeatable micron-scale clamping adjustment.

A pivoting head with an angled dual-ended tool shaft machines frame corners and profile legs in one clamping position, cutting complexity and cycle time.

A driven cutting tool replaces pressure forming to create complex structures faster with lower pressing force and cleaner chip removal.

Vertical storage and transfer handling automate compact machine tools, cutting workpiece change time while preserving operator access.

Direct-moving clamping jaws apply axial and radial force to bolts, reducing jamming and supporting precise, flexible workpiece clamping.

A swiveling workpiece table uses an integrated partition wall to protect operators during loading while keeping the machine tool compact.

A partition wall splits machining and loading zones so one holder is cut while the opposite side is loaded, reducing idle time and spindle offset.

Tapered rails and roller-guided gripping arms deliver predictable 1-micron workpiece positioning with fewer parts and less contamination risk.

A retraction-driven docking layout couples the working-medium supply to a zero-point clamping system without separate drives or complex motions.

A single slider hooks and moves a row of support elements to speed bar working table positioning without adding multiple sliders.

An inclined side rail lets the sliding cover move up and back so adhered cutting powder drops into the machining chamber instead of spilling out.

Cam-actuated rollers grip the inner container opening to prevent slippage and reduce dust during manufacturing handling.

A pivot carrier layout lets workpiece tables extend beyond the swivel range, cutting machine footprint while avoiding spindle downtime.

Separate pivot supports with opposing workpiece tables keep spindles machining during loading while reducing machine tool footprint.

Vertical spindle stacking and pivoting tables let one machine handle longer, different workpieces simultaneously with precise, productive machining.

Independent pivot carriers keep one workpiece in machining while another is loaded, cutting downtime and machine footprint.

A symmetric superstructure and centering tip stabilize rotary machining of asymmetrical workpieces while limiting thermal deviation and tool wear.

Bevel-gear-driven threaded clamps move evenly to prevent unstable blocking and ensure smooth engagement with positioning pins.

Vacuum suction replaces manual screw fixing to secure workpieces on a chuck pallet while cutting mounting time and machine idle time.

Independent movable suction cups in modular blocks improve machining-centre locking for non-flat and composite workpieces while simplifying maintenance.

An inverted spindle and independently moved trunnion table improve machining precision while letting chips fall clear by gravity.

Routes media through a distribution disc and base plate channels, avoiding deep-hole drilling and lowering clamping station complexity and cost.

A swiveling head and rotatable shaft machine frame corners and profile legs in one clamping step with less programming complexity.

Segmented longitudinal and cross frame modules replace monolithic welded tables, cutting transport and assembly burden while preserving rigidity.

An enclosed vehicle compartment and onboard DC-AC power let a CNC machine travel to job sites while staying protected and operational.

A forward-positioned intersection guide shifts the torsion center toward the workbench, reducing tool displacement and improving machining accuracy.

A pivoted elevating element lifts and locks the wafer during transfer, preventing flip damage and front-surface contamination.

A rotatable, tiltable clamp block with multiple jaws improves access to complex workpieces while reducing distortion from uneven clamping.

An anchored fixture holds the master cylinder against the firewall, preventing movement and easing brake pedal connection in tight engine compartments.

Cam-actuated rollers grip a container's inner opening to reduce slippage and dust during manufacturing handling.

A sliding lock with elastic members lets clamping bodies self-adjust to uneven surfaces and relieve processing stress during machining.

A pivoting bridge and adjustable slide let standard cutting machines produce precise large-radius arc cuts without costly rotary table upgrades.

A fixed gantry with dual spindles and through-gantry tool magazines cuts idle time while preserving accuracy across a larger work space.

A single rotary retention element locks multiple grooved pins directly, cutting wear and play to improve positioning accuracy and reduce maintenance.

Flexure-hinged bearing blocks let rotary die cylinders absorb thermal expansion while keeping gap and bearer load more consistent.

Independent spindles and paired tool changers enable simultaneous tool exchange and multi-portion machining with less structural complexity.

A movable vacuum interface on the pallet carrier keeps each pallet supplied during swiveling and turning, enabling single-pallet changes without loss of fixation.

Vertically stacked spindles and a common Z-axis adjustment let one machine handle longer workpieces while machining multiple parts with high precision.

Lateral tool magazines and a movable table keep the gantry workspace open while enabling automatic tool and workpiece changes.

A rotatable, linearly movable working unit bends and machines one clamped workpiece, cutting relocation, iterations, and cycle time.

Quick-change supports with repeatable cone centering let one rotary CNC machine handle varied parts with less setup and no re-clamping.

A lead screw and movable block structure replaces rubber rings in a quick-change vise base, speeding fixture swaps without fatigue-related wear.

Magnetic keystones and recessed-corner fixture plates enable fast, repeatable workpiece positioning with flexible L or T setups.

A threaded shaft drives opposing clamps to secure alignment studs, simplifying tooling bases while preserving precise fixture reattachment.

Repositionable support fixtures on a base plate deliver precise workpiece positioning while cutting fixture cost, build time, and storage needs.

A rotatable splash guard cover retracts through a wall opening to keep machine tools compact for transport without disassembly.

Support pins and a movable connecting rod keep horizontal pallet connections aligned and stable under heavy non-axial loads.

A post-mounted fixture plate lets machine tools swap workpiece clamping setups automatically, reducing manual changeover and improving flexibility.

A turning plate with position conversion and locking separates loading from machining to improve transfer speed and precision for aerospace parts.

Multiple guide contact points and a table-edge alignment feature keep CNC workpieces parallel, stable, and clear of the cutting tool.