Coaxial Cable Rotary Blade Stripping Machine (Wire OD 1.5–18mm

New energy vehicle (EV) high-voltage cable processing

EV high-voltage motor cables, charging cables, and battery interconnects increasingly use shielded constructions with outer diameters in the 5–18mm range, where shield layer integrity directly affects electromagnetic compatibility and electrical safety certification. The EW-06G's rotary stripping method and automatic wire centring address the precision requirements of EV high-voltage cable end preparation without the shield damage risk associated with conventional inward-press strippers on this diameter range.

Corrugated protective tube and conduit cable preparation

Corrugated tube cable — used to protect wire bundles in automotive, industrial, and outdoor cable runs — requires consistent jacket removal across its segmented, ridged surface profile. The EW-06G's 9-layer rotary stripping capability and 0.01mm depth control accommodate the variable surface geometry of corrugated tube constructions within the 1.5–18mm range.

RF and telecommunications coaxial cable assembly

Larger-diameter coaxial cables (RG-58, RG-213, LMR-400 class) used in telecommunications infrastructure, base station feeder cables, and broadcast equipment require multi-layer stripping to expose braid, foil, and dielectric layers at defined lengths. The EW-06G's 90mm maximum stripping length and 9-layer capability cover the connector preparation requirements of N-type, 7/16 DIN, and similar large-format RF connectors.

Industrial and renewable energy shielded cable processing

Wind turbine sensor cables, solar inverter shielded signal cables, and industrial automation shielded cables in the 1.5–18mm range benefit from the EW-06G's automatic centring and program-controlled clamping force, which maintain consistent strip quality across mixed-diameter production batches without per-cable manual recalibration.

Q: What cable types and diameters does the EW-06G rotary blade stripping machine support?

A: The EW-06G processes coaxial cable, corrugated tube cable, and new energy (EV) cable with outer diameters from 1.5mm to 18mm, stripping up to 9 layers in a single setup. This is the larger-diameter counterpart to Eastontech's EW-06F series (ø0.8–9.5mm) — select the EW-06G when your cable diameter exceeds 9.5mm or when processing heavier corrugated tube or EV high-voltage cable constructions.

Q: Why is rotary stripping preferred for new energy vehicle cable processing?

A: New energy vehicle high-voltage cables use shielded constructions where the integrity of the braid or foil shield layer directly affects electromagnetic compatibility (EMC) performance and electrical safety. Rotary stripping cuts 360 degrees around the cable circumference using a rotating cutter frame, distributing blade contact evenly rather than pressing inward from a single direction — this prevents the shield layer damage and conductor nicks that straight-blade strippers can cause on larger-diameter EV cable constructions, particularly at the 10–18mm end of the EW-06G's range.

Q: What blade material is used, and how many layers can be stripped in one setup?

A: The EW-06G uses 4 Swiss-imported tungsten steel blades, selected for edge retention on the more heavily braided or armoured cable constructions typical of this larger diameter range. Up to 9 layers — jacket, shield braid, foil shield, and dielectric — can be stripped in a single setup without changing cutters, with stripping depth adjustable in 0.01mm increments via the touchscreen.

Q: What is the production rate, and does it vary by cable material?

A: Capacity is rated at 400 to 800 pieces per hour, with actual throughput depending on the specific wire material and construction being processed — denser shield braiding or thicker corrugated jacket material will run toward the lower end of this range, while standard coaxial constructions typically achieve the higher end. Length accuracy is maintained at ±(0.002×L)mm across the full capacity range.