48H691 - Walter Icecut 400 Replacement Hard Case

Professional Protection for Precision Equipment

The Walter 48H691 Carrying Case is the genuine OEM replacement enclosure designed specifically for the Icecut 400 magnetic drilling unit. In the industrial metalworking environment, the longevity of precision tools is directly correlated to how well they are stored and transported. Magnetic drills, with their heavy motors and sensitive electromagnetic bases, require robust protection to maintain their alignment and operational safety. This case is engineered from a high-impact, heavy-duty polymer that provides a rigid shell, shielding the machine from the inevitable knocks, drops, and vibrations associated with transport between job sites or storage in maintenance cribs.

The interior of the case features a custom-molded design that perfectly contours the Icecut 400. This snug fit is critical; it prevents the heavy tool from shifting inside the case during transit, which could otherwise lead to internal damage or wear on the casing. Beyond securing the drill itself, the case is designed as a complete organization station. It includes dedicated molded slots and compartments to house essential accessories such as annular cutters, pilot pins, hex keys, and cutting lubricant bottles. This organizational capability ensures that operators have everything they need immediately at hand when they arrive at the workpiece, reducing downtime spent searching for consumables.

Durability is a hallmark of Walter Surface Technologies products, and this accessory is no exception. The latches are constructed to withstand repeated opening and closing cycles without failure, ensuring the lid remains securely fastened. The handle is ergonomically positioned to balance the weight of the drill, making it safer and easier for personnel to carry the unit over uneven terrain or up ladders. By utilizing this genuine Walter case, facilities managers and operators ensure that their Icecut 400 remains in peak condition, free from dust, moisture, and impact damage, ultimately extending the service life of the asset.