Acco ACC54035 Rubber Finger Tips Medium Box of 12

Product Description

The ACCO ACC54035 is a box of 12 medium-size rubber finger tips designed to protect fingers and improve grip during document handling, counting, and general office tasks. Each tip measures 0.625 inches in diameter and is molded from deluxe-grade amber rubber with extra thick walls for extended wear resistance. The amber rubber construction provides a tactile, non-slip surface that reduces finger fatigue during repetitive page-turning or sorting. These finger tips are a staple supply item stocked and dispensed by office managers, mail room staff, and clerical professionals who handle high volumes of paper daily.

These finger tips are suited for use in general office and administrative environments where paper handling is frequent. Typical applications include sorting invoices, counting currency, processing mail, and filing documents. The box-of-12 unit of measure makes them practical for shared workspaces or individual desk use. They are sized for medium fingers and are appropriate for users who find small tips restrictive but do not require a large size.

Key Features

• Extra thick amber rubber construction resists tearing and extends service life
• 0.625 inch diameter fits medium-size fingers for a secure, comfortable seat
• Deluxe-grade rubber provides reliable non-slip grip on paper and documents
• Sold in a box of 12 for consistent availability at shared workstations
• Lightweight at 0.064 pounds per unit, adding no noticeable bulk to finger movement

Compatibility

Designed as a standard medium-size rubber finger tip for general office paper-handling tasks. Fits users requiring a 0.625 inch diameter tip.

Installation Notes

Slide the finger tip onto the fingertip of the index or preferred working finger with the open end facing down toward the hand. No tools are required. Replace when the rubber shows visible thinning, tearing, or loss of grip texture. Store unused tips in a cool, dry location away from direct sunlight to prevent rubber degradation.