A pendulum-tooth brake controls webbing rewind speed in a strap tensioner, preventing whipping injuries while keeping the structure compact.
A locking assembly blocks freewheel drag torque from unintentionally driving the sealing assembly during tensioning, improving strapping cycle reliability.
A reel-fed strap and locking-head mechanism enables precise cable tie tensioning and clean cut-off while reducing waste and tool bulk.
A reel-fed strap and motor-driven feeder improve bundling accuracy, cut waste, and avoid burrs from pre-sized cable ties.
A rotatable inner and outer pressure barrel layout compresses and binds metal coils safely in a compact, movable setup without manual handling.
A movable damping gear slows rope take-up and pay-off, preventing hook rebound while allowing manual disengagement for easier operation.
A cam-driven punch-and-die sealing assembly replaces complex squeezing parts, improving strapping tool reliability and portability.
A servo-driven eccentric press block replaces the hand lever in electric strapping, improving packaging stability, smoothness, and operator convenience.
A wrap spring freewheel lets the tensioning wheel slip off a tensioned strapping band gradually, reducing dynamic loads, wear, and jamming.
A pivot-connected tensioning unit uses a load cell in the connecting element to measure strap force precisely during closure.
This case embeds labels in bale-tying knots to automate marking while resisting soiling and transport forces.
A handheld strapping welder uses separate motors for pressing and vibration, with automatic limiting to prevent welding plate loosening.
A lockable planetary gear ring and motor-shaft one-way bearing prevent loosening and simplify portable strap tensioning.
Segmenting the baling chamber and hydraulic system allows transport into tight spaces while maintaining high compression volume.
Inflating tubular film portions during reefing stabilizes shape and reduces tensile stress on thin packaging materials.
Segmenting the press chamber distributes hydraulic force across multiple cylinders, reducing shield deformation risk while maintaining high surface pressure.
Mechanical strapping system replaces heat-shrinking polymers to enable high-speed assembly of non-tangent quinconce PET bottle bundles.
A packing machine core uses eccentric driven rollers to synchronize strap feeding and tightening.
A strapping core corrector expands to reshape deformed cores for dispenser use.
A fusion welding device uses a rotating central connection component to drive band pressing and welding operations.
Motor-driven power transmission actuates a clamping jaw, eliminating separate control logic to reduce device complexity.