A four-bar and crank-slider mechanism replaces precision-heavy spatial cams to reduce vibration, impact, and component wear.
A vacuum-formed resin sheet reinforces pallet surfaces while the uncovered loading face preserves foamed-resin insulation and cushioning.
A third injector buffers valve switching in PET preform molding, maintaining pressure and limiting hydraulic shocks and plastic degradation.
This case embeds solid lubricants in neck-mold sliding surfaces to prevent galling, reduce upkeep, and preserve precise positioning.
This case uses preform guide ribs and grooves for secure, oriented handle attachment after blow molding.
A removable spacer layer varies foam thickness and contour stability, producing soft, accurate multi-layer plastic variants with one tool.
A two-frame forming device reduces friction during plastic tub bending, improving thickness uniformity without manual polishing.
A sewn, low-cost positioning body supports transport and processing alignment while reducing scrap from oversized fiber-product recesses.
Rotating slide cores support high-volume two-color molding without enlarging the mold.
Fluorescent agents make welded boundaries visible under light, supporting qualitative and quantitative assessment of thermoplastic joints.
This case uses infrared imaging and feedback to adjust preform heating, preserving continuous blow molding while reducing blowouts.
A closed-loop oven measures preform temperatures along and around each preform, then adjusts heating to limit blowouts.
This case combines dissimilar pultruded and molded materials with ribs to deliver customizable structural support at lower vehicle weight.
Wave-shaped mold layouts place more gates while protecting golf ball dimples.
This case uses a low-density ceramic insert in the hosel to shift the center of gravity and improve off-center forgiveness.
A harder, detachable sliding member enables perpendicular mold movement while protecting split-mold boundaries from wear.
Preformed protrusions are crushed during blow molding to prevent recessed defects.
A depositing tool combines pressure, heating, and cooling during lay-up to control crystallinity, adhesion, cost, and cycle time.
This case uses laser-sensitive pigments in polymer components to create stone-like surfaces while improving recyclability.
Adjacent rigid bodies keep fluid apertures consistent, limiting leakage and protecting aerosol quality in vapour provision systems.