LOCK NUT ASSEMBLY - Wilton Corporation

The Wilton Corporation 21500-06 Lock Nut Assembly is an essential OEM replacement component designed to restore and maintain the secure, stable functionality of your professional-grade Wilton vise. This assembly plays a critical role in preventing the swivel base of your vise from shifting or rotating under heavy use, vibration, or dynamic loads. Ensuring a tight and reliable lock, it enables technicians and mechanics to perform demanding tasks with confidence and precision.

Key Features

• OEM Quality and Fit: Manufactured by Wilton Corporation, this lock nut assembly ensures perfect compatibility and performance as an original equipment replacement part for various Wilton vises, including models like the D45 and 746A mechanics' vises.
• Vibration Resistance: Engineered to withstand constant vibration and high torque applications, the assembly's design actively resists loosening, maintaining a steadfast grip on the vise's swivel base.
• Durable Construction: Crafted from robust materials, this assembly is built for long-lasting performance in demanding automotive and industrial environments, ensuring extended operational life for your workholding equipment.
• Restores Vise Functionality: Replaces worn or damaged lock nut components, re-establishing the critical locking action required for safe and effective material clamping.
• Facilitates Secure Workholding: By firmly anchoring the vise, it enhances overall safety and reliability, allowing for more consistent and accurate work.
• Straightforward Installation: Designed for ease of maintenance, this lock nut assembly allows for quick and efficient replacement, minimizing downtime in busy workshop settings.

Applications

The Wilton 21500-06 Lock Nut Assembly is crucial for professional workshops, automotive repair facilities, and industrial settings that rely on Wilton vises for secure workholding. It is specifically used to lock the swivel base of a vise in a fixed position, preventing unwanted movement during tasks such as grinding, cutting, drilling, and heavy hammering. This ensures maximum stability for the workpiece, improving operator safety and the quality of work performed, especially in environments where tools are subjected to significant force and vibration.