HSD LVDS/Ethernet wire stripping machine

Time:2025-11-28Viewed:()

　　1. Complex multi-layer shielding easily damages inner conductors

　　LVDS and Ethernet (Cat5e/Cat6/Cat6A) cables typically include:

　　Outer jacket

　　Braided or armored shielding

　　Aluminum foil shield

　　Delicate twisted pairs

　　Manual stripping or ordinary machines often scratch the braid, tear the foil, or even cut the fine differential signal cores.

　　2. Extremely high requirements for strip length and neatness

　　High-speed signals (LVDS/Ethernet) depend on precise twist length and consistent stripping geometry.

　　Any:

　　uneven strip edges

　　inconsistent lengths

　　stretched or damaged insulation

　　can affect impedance balance and signal integrity, increasing EMI and crosstalk.

　　3. Twisted pairs easily loosen during stripping

　　A small amount of pulling force can cause the twisted pairs to untwist, leading to:

　　unstable crimping

　　pin misalignment

　　soldering defects

　　This is especially critical in automotive high-speed cable applications.

　　4. Thin and soft shielding layers are difficult to control

　　The foil and braided shields are very thin. Without precise blade-depth control, you may get:

　　torn foil

　　broken braiding

　　reduced shielding performance

　　This requires high-precision, multi-stage stripping parameters.

　　5. Inconsistent material hardness makes tuning difficult

　　LVDS and Ethernet cables vary widely across brands:

　　Some jackets are very hard

　　Others are soft and stretch easily

　　Standard strippers struggle with consistent blade-depth and tension control, causing long setup times and unstable results.

　　6. Fine-gauge conductors are easily cut or pulled off

　　LVDS cores are often 28–32AWG or even finer. Improper stripping may:

　　nick copper strands

　　break inner conductors

　　cause intermittent contact or signal loss