

Ships same day if ordered by 12 pm
Manufacturer pricing rules prevent us from advertising our discount — no account or email required to see it.
Secure Payments
Easy Returns
Expert Advice
Fast Shipping
The 3M 7010329983 is a unitized nonwoven abrasive wheel built for metalworking professionals who need a single wheel to handle deburring, surface finishing, and blending. The unitized construction bonds the abrasive throughout the wheel body rather than on a surface layer, which supports consistent cut rate and finish quality as the wheel wears. At 8 inches in diameter, it uses 3M Precision-Shaped Grain, a ceramic abrasive engineered to cut fast and fracture cleanly, maintaining sharpness longer than conventional abrasive grain. This wheel weighs 3.06 pounds and fits robotic and manual grinding setups alike.
This wheel is designed for moderate to heavy deburring and finish work on metal parts in industrial production environments. The nonwoven, open construction allows swarf, dust, and debris to pass through the wheel rather than pack into it, reducing loading and extending service intervals. Its conformable structure keeps the abrasive face in contact with complex or irregular part geometries, making it well suited for robotic processing cells as well as bench and pedestal grinder setups where consistent surface contact is required across varied part profiles.
Designed as an OEM-style replacement or direct fitment for standard 8-inch unitized wheel arbor setups used in industrial metalworking, robotic grinding cells, and bench or pedestal grinder applications.
Installation and wheel changes should be performed by trained metalworking or maintenance personnel following the grinder manufacturer's mounting instructions and applicable ANSI B7 safety standards. Power down and lock out the grinder before mounting or removing the wheel. Inspect the wheel for damage before each use and confirm the machine's rated RPM does not exceed the wheel's maximum operating speed. Wear appropriate PPE including eye and face protection during operation.
Thanks for subscribing!
This email has been registered!