Tailstocks/Centres TRIZ Cases

Localized clamps keep load-bearing fabric stretched during molding, producing cleaner polymeric edges with less distortion and width flexibility.

A groove-and-protrusion coupling locks the tailstock centering unit against axial and circumferential movement during tool-changer conveyance.

A bearing-guided support bar on a sliding mount stabilizes small-diameter lathe workpieces to prevent bending and off-center movement.

Adjustable tail stock and precision bushings center pen blanks accurately, reducing runout, vibration, and wasted blanks.

A rear-housing magnetic dial replaces manual clutch ring adjustment, widening torque range and enabling one-handed setting away from hot chuck parts.

An adjustable collar and guide rod calibrate tailstock coaxiality to offset tolerance buildup and improve wood cutting precision.

An outer forming tool drives the rotating workpiece, cutting torque demand and enabling shared-drive flow forming with less downtime.

Segmented plunger with inner extension pushes compound into runner, eliminating residual cull waste between plunger and mold recess.

Real-time PCB thickness measurement adjusts mold die clamp pressure, preventing resin effusion and wiring damage caused by non-uniform coating.

A golf ball mold uses a non-circular resin injection port to fill the cavity between dimple-forming protrusions.

Polymer inserts form a compression fit around components to eliminate flash formation, removing the need for post-molding removal steps.

A molding system reads dice count data from a carrier storage medium to calculate the precise quantity of molding compound required.

Nested coarse and fine threads in a compound screw reduce torque while improving sensitivity for accurate extrusion die concentricity.

A cooling pipe maintains airflow temperature at the blowing-opening, preventing substrate warping during chip carrier degating.

A multi-film junction structure uses a mold protrusion to nest film extensions and prevent resin contamination at color boundaries.

A spring-biased sleeve transitions between extended and retracted positions to secure a tool bit during fastener installation.

Adjustable gas injection prevents pellet hang-ups and agglomeration by optimizing slurry flow speed through the drying pathway.

A fluid bed drive mechanism enables high-speed movement and separate pressure closure in electronic component encapsulation presses.

Gravity-fed ramps return empty trays to the loading station, eliminating chain drive failures and reducing machine downtime.

Shape memory polymer converts to a temporary open state for uniform material spraying before reverting to its permanent shape.

Integrating a diaphragm, textile layer, and spacer into one unit reduces setup time and improves process safety in vacuum-assisted composite manufacturing.

A movable protruding part guides decorative film during suction to prevent surface damage and breakage at high extension percentages.

Integrating personalization into the mould reduces production time by overlapping hardening with electrical and graphical updates.

Independent carriages carrying lower molds move along perpendicular rails to maintain precise positioning during thermoplastic sheet forming operations.

Gravity-fed material deposition reduces capital investment and pressure requirements while preserving fiber fraction during compression molding.

Adjustable movable supports transmit piezoelectric displacement forces to mold chases, resolving uneven clamping pressure and reducing mold flash.

A golf ball parting line configuration uses alternating curved and straight segments to maintain a continuous dimple pattern across the equator.

Nickel-based plating films containing dispersed fluororesin particles coat golf ball molds, resolving pin poking defects and improving release properties.

A transferring element shapes the end zone of a plastic dose to decrease its transverse dimension for controlled movement into a die cavity.

An angled base provides stable self-support for a wrench, eliminating the need for external holding or additional tools during portable work.

Odd and even pressers operate in sequence to eliminate convex sections, reducing labor and preventing mat wedging during compression.

A slidable core member controls fluid communication between mold cavities to inject multiple resins simultaneously.

Resilient contact members in a mold assembly absorb dimensional variations of insert objects, preventing polymer overflow and structural damage.

Adjusting the molding cavity gap in two stages reduces injection pressure and prevents damage to thin electronic packages.

Three radial centering elements align hollow body bores via conical guide means, preventing bending during machining.

A flexible top plate cures the dielectric interstitial layer uniformly, preventing ink communication issues and leaks in high-density print heads.

Toothed mold clamps bend lead frame fingers into two spaced planar rows for semiconductor packaging.

Embedding heating wires inside hoses and wrapping them around fittings creates durable assemblies that eliminate separate heater cartridges.

A slide mold positions terminal fittings within an injection molding device to ensure precise alignment during resin injection.

A process injects resin onto a plastic film in a mold to form a composite article.

Figure-8 mold pieces with internal grooves form raised seams on PU ball covers, eliminating post-production trimming.

Segmented support pins with optimized guide bodies reduce deflection and abrasion, minimizing uneven flash and extending mold life.

Segmented heating zones in a pultrusion forming device manage thermal gradients to improve manufacturing precision and reduce defects.

Segmented deep and shallow groove portions in the mold mating surface prevent urethane penetration and burr formation while maintaining structural strength.

A magnetic tool connector uses a sliding assembly to position the magnet within a protected chamber.

Vacuum molding secures a wedge blank for finish layer casting, resolving manufacturing precision challenges caused by material shrinkage and surface roughness.

Light-permeable cover enables uniform curing of dental composite resin paste, eliminating surface grinding and improving shade selection accuracy.

Asymmetric angled connection port orients the battery gauge toward the user, resolving visibility obstruction during operation.