Bostitch BOSB310HDS Heavy-duty Stapler 130 Sheet

Product Description

The BOSTITCH BOSB310HDS is a heavy-duty all-metal stapler built for high-volume stapling in office, school, and home office environments. It features No-Jam technology to reduce staple jams and minimize downtime during use. The antimicrobial housing inhibits the growth of odor-causing bacteria on the stapler surface. An adjustable paper stop allows for consistent, repeatable staple placement across stacks. The rear-loading pusher system makes staple refills straightforward without removing the staple tray. Capacity ranges from 2 to 130 sheets depending on the SB35 Series staple size selected. A nonskid base keeps the unit stable on flat work surfaces and protects the desk finish.

This stapler is suited for general office and academic use where stapling volume is higher than standard desktop staplers can handle. It accepts SB35 Series premium heavy-duty staples in four sizes: 1/4 inch for 2 to 25 sheets, 3/8 inch for 25 to 55 sheets, 1/2 inch for 55 to 85 sheets, and 5/8 inch for 85 to 130 sheets. It is appropriate for administrative offices, copy rooms, classrooms, and mailrooms where a durable, consistent tool is required.

Key Features

• No-Jam technology reduces staple jams during high-volume use
• Staples 2 to 130 sheets using SB35 Series staples in four sizes
• Antimicrobial housing inhibits bacteria growth on contact surfaces
• Adjustable paper stop for accurate, repeatable staple positioning
• Rear-loading pusher system for easy staple reloading
• Nonskid base provides stability and protects work surfaces

Compatibility

Designed for use with SB35 Series premium heavy-duty staples in 1/4 inch, 3/8 inch, 1/2 inch, and 5/8 inch sizes.

Installation Notes

No installation is required for desktop staplers. Load staples through the rear-loading pusher system following the staple size guide for the intended sheet count. Ensure the correct SB35 Series staple size is selected before stapling to avoid jams or incomplete stapling. Keep the stapler on a flat, stable surface during operation.