Stapler Sax 19, blue — desktop stapler for standard 19 mm staples

Desktop stapler Sax 19 in blue is designed for everyday stapling tasks using standard 19 mm staples. Compact and user-friendly, the stapler combines a metal mechanism with a plastic housing to provide reliable operation for routine document binding. It is suitable for office, school and home use and fastens a small stack of sheets depending on the staple type.

Advantages

The Sax 19 stapler features a simple loading mechanism that allows quick replacement of staple strips and reduces downtime. Its compact footprint saves desk space while the metal stapling mechanism ensures consistent staple clinching and extended service life. The ergonomic shape and moderate weight enable comfortable single-handed use and steady alignment when stapling. The blue finish provides clear visual identification among desktop supplies.

Suitable for

• Fastening letters, invoices and short reports
• Binding school worksheets and classroom handouts
• Home paperwork such as bills and receipts
• Everyday office tasks requiring occasional stapling

Key specifications

• Staple compatibility: standard 19 mm staples
• Construction: metal stapling mechanism with plastic housing
• Capacity: suitable for fastening several sheets depending on staple type
• Color: blue
• Format: desktop design with compact footprint

How to use

To load the stapler, open the top cover and insert a strip of standard 19 mm staples into the magazine, then close the cover until it clicks. Position the paper stack under the stapling head, align the edge to the desired staple position, and press the top firmly until the staple is driven and clinched. For best results, avoid overloading beyond the stapler's fastening capacity and use staples of the recommended length.

Usage recommendations

Regularly clear the staple track of jammed staples and refill with the specified 19 mm staples to maintain consistent performance. Store the stapler on a flat surface to prevent tipping and protect the plastic housing from prolonged exposure to direct sunlight.