Max Usa MXBHD10FL3BK Mini Stapler Flat Clinch 25 Sheet

Product Description

The MAX USA MXBHD10FL3BK is a compact black mini stapler built around a twin-lever flat clinch mechanism. Flat clinch bends staple legs flush against the page, reducing filing bulk and eliminating the raised points that snag paper in folders. The twin-lever design cuts stapling effort by 50 percent compared to standard single-lever staplers. The unit holds up to 100 No. 10 staples and handles stacks of 2 to 25 sheets per cycle. One-touch loading simplifies refilling, and a spare staple storage compartment is built into the body. A built-in staple remover is integrated into the design. The stapler measures 1-1/8 inches wide by 3-1/4 inches long by 2-5/8 inches high.

This stapler is suited for desktop use in office, school, and light professional environments where compact size and reduced filing profile matter. The ergonomic body shape reduces hand fatigue during repetitive stapling tasks. The flat clinch output is especially useful for documents that will be filed in folders or binders, as flush staple legs prevent snagging and allow pages to lie flat. Sold individually, it is appropriate for personal workstations, service counters, or shared supply stations where space is limited.

Key Features

• Flat clinch mechanism folds staple legs flush to reduce filing bulk and snagging
• Twin-lever system reduces stapling effort by 50 percent versus standard staplers
• Staples 2 to 25 sheets per cycle using No. 10 staples
• Holds up to 100 No. 10 staples with one-touch reload
• Built-in staple remover included on the unit body
• Internal spare staple storage compartment

Compatibility

Designed for use with No. 10 staples in standard mini stapler format.

Installation Notes

No tools are required for staple loading or remover use. Open the staple magazine using the one-touch release before inserting a fresh staple strip. Ensure staple strips are seated flat and fully forward in the magazine before closing to avoid misfeed. Keep fingers clear of the staple exit point during operation.