48H306 - Walter ICECUT 200 Replacement Magnetic Base 48H306

Restore Precision and Safety to Your ICECUT 200

The Walter Magnet for ICECUT 200 (SKU: 48H306) is a critical OEM replacement component designed specifically for the Walter ICECUT 200 magnetic drilling unit. In the realm of industrial metalworking, the integrity of your equipment is paramount, not only for the quality of the work but for the safety of the operator. The magnetic base of a drilling unit is its foundation; without a secure hold, precision is impossible, and the risk of tool breakage or injury increases significantly.

Over time, electromagnetic components can degrade due to electrical stress, impact, or general wear and tear in harsh industrial environments. If your ICECUT 200 is experiencing intermittent holding power, weak adhesion, or failure to engage the safety interlocks associated with the magnetic base, a replacement magnet is likely required. This genuine Walter part ensures that your machine returns to its original factory specifications. It is engineered to provide the exact magnetic flux density required to hold the drill firmly against steel workpieces, even during high-torque drilling operations.

Using non-OEM or generic parts for magnetic drills can lead to compatibility issues with the machine's control board or insufficient holding force. The 48H306 magnet is built to interface perfectly with the ICECUT 200's internal electronics, ensuring that features like the Accudrill system function correctly. By choosing this authentic replacement part, you are investing in the longevity of your machine and the safety of your workforce. Maintenance teams and tool repair specialists rely on genuine Walter components to minimize downtime and ensure repairs are effective and lasting.

Whether you are performing routine maintenance or an emergency repair, this magnet assembly is the definitive solution for restoring the functionality of your Walter ICECUT 200. Ensure your equipment is ready for the toughest structural steel and fabrication tasks by maintaining its core holding capability.