48L056 - Extension Cord for Surfox Marking Wand

Maximize Your Marking Flexibility with the Walter 48L056

The Walter Surface Technologies 48L056 Extension Cord is a specialized accessory designed to enhance the functionality of the Surfox electrochemical weld cleaning and marking systems. In industrial environments where stainless steel fabrication requires precise and permanent marking—whether for logos, QR codes, or part numbers—flexibility and reach are paramount. This extension cord connects directly to the marking wand, bridging the gap between the power unit and the workpiece, allowing operators to navigate around large assemblies without constantly repositioning the machine.

Electrochemical marking is a sophisticated process that utilizes AC current to permanently alter the surface of the metal without introducing stress points or corrosion zones. To maintain the integrity of this process, the electrical connection must be stable and consistent. The 48L056 lead is engineered with high-quality conductors and durable insulation to ensure minimal voltage drop and consistent current delivery to the marking head. This ensures that every mark is crisp, dark, and permanent, meeting the high standards required in industries such as food and beverage, pharmaceutical, and architectural fabrication.

Durability is a key feature of all Walter accessories. This cable is built to withstand the rigors of a metalworking shop, offering resistance to abrasion and incidental contact with shop fluids. The connectors are robust, designed to lock securely into the Surfox unit and the marking wand, preventing accidental disconnections during operation. By investing in this genuine Walter accessory, users ensure full compatibility and safety, maintaining the optimal performance of their Surfox system.

Whether you are upgrading your existing marking kit or replacing a worn cable, the 48L056 is the correct OEM part to keep your operations running smoothly. It is an essential tool for fabricators who demand efficiency and ergonomics in their finishing processes.