Value Collection 03531050 Single Point Diamond Dresser

Product Description

The VALUE COLLECTION 03531050 is a single point diamond dresser used to true and dress abrasive grinding wheels. It removes glazed or loaded material from the wheel face, restoring a sharp, flat cutting surface. The dresser features a 1-1/2 carat diamond tip mounted on a 7/16 inch diameter shank with a 6 inch shank length. Machinists, tool and die makers, and grinding machine operators install this tool in compatible wheel dresser holders or machine tool posts. The single point configuration provides precise, consistent contact for controlled dressing passes on bench, surface, or cylindrical grinders.

This diamond dresser is suited for use in machine shops, maintenance facilities, and precision grinding operations. It is used wherever grinding wheel condition directly affects part finish and dimensional tolerance. The 7/16 inch shank diameter fits standard dresser holders found on most bench and pedestal grinders as well as surface grinding machines. It is appropriate for dressing aluminum oxide and silicon carbide wheels used in general metalworking applications.

Key Features

• Single point diamond tip for precise, controlled wheel dressing
• 1-1/2 carat diamond size for durability across high-volume dressing cycles
• 7/16 inch shank diameter fits standard dresser holders
• 6 inch shank length provides adequate reach and tool post clearance
• Compact and lightweight at 0.28 pounds for easy handling and storage

Compatibility

Designed as a standard single point diamond dresser for use with compatible 7/16 inch dresser holders on bench grinders, pedestal grinders, and surface grinding machines.

Installation Notes

A qualified machinist or grinding machine operator should install this dresser. Power down and lock out the grinder before securing the dresser in the holder. Ensure the shank is clamped firmly with no runout before resuming operation. Set the dresser at the recommended angle per the machine manufacturer guidelines and advance in light passes to avoid shock loading the diamond tip.