WEICON Cable Stripper No. 25

WEICON Cable Stripper No. 25 is a professional cable stripping tool developed for the safe and controlled removal of the outer sheath from round cables with thick insulation. Unlike conventional conductor strippers, this product is a mechanical solution specifically focused on outer sheath removal tasks. Its ability to perform both longitudinal and circular cuts provides flexibility in applications where work is required either at the cable end or at an intermediate point. In this respect, it stands out as a special-purpose tool offering precision and operational safety in energy, infrastructure, and industrial cable preparation processes.

Technical structure and operating principle of Cable Stripper No. 25
This model is designed for stripping cables with an outer sheath thickness of up to 5 mm and can perform circular cuts on round cables with an outer diameter of 25 mm or more. The tool body is made of impact-resistant polyamide and contains a double-sided blade together with an integrated gear mechanism. The cutting depth can be adjusted from 0 to 5 mm via the adjustment knob in 0.1 mm increments, which helps provide more controlled cutting on different cable structures. The rounded blade tip geometry helps protect the underlying layers while processing the outer sheath and, where present, the aluminum shielding layer. The product is offered by WEICON GmbH & Co. KG, based in Germany.

Application performance and usage advantages
The main performance advantage of Cable Stripper No. 25 is its ability to make both longitudinal and circular cuts on round cables with thick and durable outer sheaths. The design, which operates with small lever movements and controlled pressure on the insulation, provides the operator with a more stable working process, especially on large-diameter cables. The adjustable and replaceable blade system offers an advantage in terms of maintenance convenience and application continuity during long-term use. The blade’s minimum hardness value of 48 HRC is also an important technical feature in terms of mechanical durability and cutting stability. In addition, the product is specified to operate reliably at temperatures down to -10 °C, supporting its usability in demanding field conditions.

Method of use and compatible cable systems
The application generally proceeds by adjusting the cutting depth according to the cable structure, then performing a controlled longitudinal or circular cut on the outer sheath. The product is particularly suitable for outer sheath removal on large-diameter round cables and allows operation not only at the cable end but also at intermediate sections. In this respect, it offers functional use in energy cables, industrial power supply lines, infrastructure cabling, and applications with thicker outer sheaths. Its ability to help remove the outer sheath without damaging cable structures that include an aluminum protective layer places the product in a more specialized category. The manufacturer clearly states that the tool must not be used on live cables or conductors.

Industrial applications, advantages, and standards information
This product can be used in energy and power cabling, electrical infrastructure applications, panel supply lines, field installation, maintenance and repair, and industrial cable preparation processes. It provides a practical outer sheath removal solution especially for electricians, service teams, infrastructure installers, and assembly personnel working with large-diameter cables. Its key advantages include operation in low temperatures, precise blade depth adjustment, a replaceable blade design, and a closed blade construction for safe use. The inclusion of a storage case provides an additional benefit in terms of portability, while the technical documentation also includes EN 10020 standard information and spare blade accessory details. Since heat, chemical, or pressure resistance are not the main performance criteria for this product group, evaluation should focus more on mechanical precision, safe use, and field suitability.