Tell us your need by filling out the form below and we will contact you as soon as possible!.input_group label{ line-height:35px;} Interesting Products Name * Company Email * Tel/Mobile * Country Tell us your needs (as specific as possible)


Feature
● Rotary Blade Stripping for Large-Diameter Cables — No Jacket Scoring Marks
The EW-10UT-5 uses a double-rotating blade that orbits around the cable axis during the stripping stroke rather than pressing inward from one direction. For cables in the OD 12–50mm range, rotary cutting distributes the blade contact force evenly around the cable circumference — preventing the jacket surface scoring, irregular cut depth, and inner layer damage that straight-blade systems cause when stripping thick-walled PVC, XLPE, or rubber jackets on large-diameter cables.
● Special Axial Positioning for Consistent Strip Length Accuracy
The blade carrier incorporates a special axial positioning device that fixes the blade travel distance to the programmed strip length before each rotation cycle begins. This ensures the stripped jacket section is removed to a defined length (±0.002×L) regardless of cable outer diameter variation within the 10–50mm range, maintaining the dimensional consistency required for heavy lug crimping and large connector termination.
● Handles the Full Range of Large Cable Constructions
The EW-10UT-5 processes single-strand solid wire, multi-strand flexible conductors, sheathed cables, and flat cables within the 12–50mm outer diameter envelope — the primary cable constructions used in power distribution, EV charging infrastructure, wind turbine generator cables, and railway traction power supplies. No tooling changes are required between cable types within this diameter range.
● PLC Touchscreen Control with Optional Work Table
All stripping parameters are set and stored via a PLC touchscreen interface. The optional work table accessory provides a support platform for heavy cable sections (large power cables in the 35–150mm² range typically weigh 0.5–2kg per metre), preventing cable sag during processing that would otherwise cause feed accuracy errors and blade contact inconsistency on long strip lengths.