Brush Research Mfg. ADH16P Brush Arbor 16mm Shank

Product Description

The BRUSH RESEARCH MFG. ADH16P is a brush arbor designed to mount abrasive or finishing brushes on CNC machining centers, drill presses, and other power-driven spindle equipment. It features a flow-through spindle design that allows coolant to pass directly through the arbor to the brush interface, keeping the work zone temperature controlled and flushing away debris during operation. The 16mm shank diameter makes it compatible with standard metric toolholders. This type of arbor is installed by machinists and tooling technicians in production and job-shop environments where consistent brush positioning and coolant delivery are required.

The ADH16P is suited for metalworking applications that involve deburring, surface finishing, or edge blending on machined parts. Flow-through coolant capability makes it especially practical for high-cycle production runs where heat buildup and chip accumulation would otherwise interrupt the process. It is intended for use with flow-through coolant systems already integrated into the machine spindle, and is sold as a single-unit package.

Key Features

• Flow-through spindle design delivers coolant directly to the brush working surface
• 16mm shank diameter fits standard metric toolholding systems
• Designed for use with flow-through coolant systems on CNC and power spindle equipment
• Single-unit packaging with a minimum order quantity of one

Compatibility

Designed for use with flow-through coolant spindle equipment requiring a 16mm shank arbor. Specific machine model compatibility is not stated in available product data.

Installation Notes

Installation is performed by a qualified machinist or tooling technician. Before mounting or removing the arbor, the machine spindle must be fully stopped and the machine placed in a safe, locked-out state per applicable OSHA lockout/tagout procedures. Verify that the machine toolholder is compatible with a 16mm shank before seating the arbor. Confirm all coolant line connections are secure before resuming spindle operation.