Controlled overlap of helical tapes and twisted-pair lay ratios cuts crosstalk, propagation delay, and transmission loss without enlarging cable diameter.
Chilled fluid temporarily hardens polymer cable insulation to resist compression during twisting, preserving conductor spacing and signal integrity.
Metallic wires embedded during overbraiding create conductive thermoplastic composite tow for EMI shielding and thermal dissipation.
A movable, lockable guide mandrel separates wires during twisting to stabilize lay length and avoid extra actuator and vertical space demands.
A variable-diameter conveying drum reduces tape sticking and blockage, enabling smoother separation and wrapping in Patsnap Eureka.
Separate end rotation relieves cable torsion during bundle twisting, keeping lay length consistent and reducing untwisting tendency.
Chilled air or cryogenic cooling temporarily stiffens cable insulation during twinning to limit deformation and maintain conductor spacing.
Staggered lay lengths across twisted pairs cut internal and alien crosstalk without added shielding, enabling lighter, simpler cables.
A dedicated twisting station enables looped cables to be twisted in sequence with a clearly defined rotation point, cutting time and cost.
A thermally softenable tape enables low-heat pre-activation for cable harness wrapping, preserving insulation while maintaining shape.
A pivoting arm and curved contact surface alternate tape pullout and wrap-up to suppress object displacement and twisting during winding.
A thickened guide mandrel stabilizes long conductors during twisting, reducing vibration and keeping cable lay length uniform.
Conductive and non-conductive separator sections cut crosstalk and return loss in high-bandwidth data cables without full shielding.
Temporarily cooling polymer insulation with cryogenic fluid reduces twist-stage compression, preserving cable shape and signal performance.
A retractable support member reduces wire sag and pitch variation during twisting, then moves aside for easy twisted-wire collection.
A movable guiding mandrel separates single cables during twisting to keep lay length uniform while avoiding cable interference and torsion.
A thickened guiding mandrel stabilizes single cables at the twist transition, reducing oscillations and improving lay length uniformity.
A vertical twisted wire manufacturing apparatus uses a variable speed raising and lowering unit to process electric wires.
Opposing twisting heads rotate in opposite directions to halve processing time while preventing mechanical stress damage to sensitive cables.
Dividing electrodes into segments lowers impedance to improve signal-to-noise ratio and scanning speed.