Stapler Novus B 40

The Novus B 40 stapler is a durable metal stapling tool designed for repeated office and home use. It staples up to 100 sheets in a single operation and accepts a range of staple lengths, making it suitable for everyday document binding tasks. With a solid build and a weight of approximately 700 g, the stapler provides stability and consistent performance during frequent use.

Advantages

The metal construction delivers long-term durability and resistance to wear. A high stapling capacity enables fastening of thick document stacks without multiple passes. The stapler's weight contributes to stable positioning and easier one-hand operation. Compatibility with a variety of staple sizes allows flexibility for different paper thicknesses and binding requirements.

Suitable for

• Bundling reports, manuals and presentations in an office environment
• Everyday home paperwork and school projects
• Administrative tasks in reception, accounting or HR departments
• Preparing handouts and training materials

Key specifications

• Stapling capacity: up to 100 sheets
• Compatible staple sizes: ranges from short to long sizes suitable for thick stacks
• Body material: metal construction for durability
• Weight: approximately 700 g for stable use
• Intended use: desktop stapler for office and home environments

How to use

Place the paper stack evenly in the stapler throat, aligning edges as needed. Press the top handle firmly until the staple is fully driven through the sheets and clinched on the underside. For very thick stacks, verify that the selected staple length is appropriate and make a firm, steady press. Refill staples through the loading channel following the manufacturer's loading direction, ensuring staples are seated correctly before closing the stapler.

Usage recommendations

Use appropriately sized staples for the stacked thickness to ensure reliable clinching and avoid jams. Periodically check and clear the staple channel to maintain smooth operation. For frequent heavy use, place the stapler on a stable, flat surface to take advantage of its weight and reduce user fatigue.