HSD LVDS/Ethernet wire crimping machine
1. Why Are LVDS / Ethernet Cable Crimping Processes More Difficult?
Delicate inner conductors & complex shielding:Multilayer shielding (foil/braid) + multicore twisted pairs make traditional crimpers prone to scratching and misalignment.
Highly sensitive to impedance:Highspeed signal transmission requires stable impedance; even slight deformation during crimping can cause signal attenuation.
Smaller terminals with ultrahigh accuracy demands:LVDS and CAT5e/CAT6 terminals have very narrow crimping windows, requiring micronlevel precision.
2. Technical Advantages of the HSD LVDS / Ethernet Wire Harness Crimping Machine
1) HighPrecision Servo Crimping System
Full servo closedloop control with ±0.02 mm crimp height accuracy.
Realtime crimp curve monitoring prevents undercrimping or overcrimping that may affect signal integrity.
2) ShieldingFriendly Clamping Module
Softgrip clamping system protects foil and braid shielding from damage.
Multistage positioning ensures twisted pairs and shielding layers remain perfectly aligned during crimping.
3) Impedance Consistency Control
Accurate terminal compression ratio control minimizes deformationinduced impedance fluctuations.
Ideal for LVDS, USB, HDMI, Ethernet, and other highspeed data cables.
4) High Automation, Reduced Manual Dependency
Optional modules for automatic cutting, stripping, tinning, and crimping in one integrated line.
Designed for mass production of LVDS camera cables, ADAS module cables, and automotive Ethernet harnesses.
3. Applicable Terminal Types
LVDS camera cable terminals
Gigabit / 10Gigabit Ethernet terminals
Shielded twistedpair highspeed data cable terminals
Microprecision terminals (0.5–1.0 series)
