Multiple sensors measure belt depth across the casing, enabling automatic buffing adjustments that protect retread quality.
A two-piece expandable rim shoe replaces worn channels while preserving radial movement in tire retreading equipment.
This tyre-building case uses axial and radial bellows pressure before ply turning to improve core flap bonding and bead stability.
Separate inlets mix puncture repair liquid with compressed air, reducing liquid use and repair time while limiting agglomerates.
Helical cutting rollers and variable synchronization support precise angled cuts without stopping the continuous strip feed.
A local moisture reservoir cures tread-to-casing adhesive, reducing chamber dependence, energy use, and remote-site safety concerns.
A bead separator uses movable, repositionable grippers to grip different bead diameters without damage or gripper changes.
A tire vulcanizing mold routes its temperature-control medium through a movable pressure body, preserving insulation and reducing heat loss.
Separate or sequential winding builds a resilient tire belt bandage, while a conductive tread element bridges the gap.
This tire building case uses separate drum zones to attach bead filler and turn up sidewalls simultaneously, reducing process time.
A plasma polymerized coating and heat treatment bond rubber shearbands to thermoplastic structures for durable load transfer.
Track tire-production parameters with shallow rubber markings that vanish after vulcanization.
Optical profilometry maps the tire’s inner cavity so a robotic nozzle maintains distance for uniform sealing and lower material use.