Swingline SWI74718 Desk Stapler 20 Sheet Metal

Product Description

The SWINGLINE SWI74718 is a full-size desktop stapler built for consistent, reliable fastening in office and home-office environments. Constructed with a durable metal body and a die-cast base fitted with a full rubber pad, it delivers the stability needed for high-frequency use. The stapler handles up to 20 sheets per cycle using Swingline S.F. 4 premium staples. A specialized inner rail reduces jams and misfires, keeping workflow moving without interruption. This unit is appropriate for general administrative use and is designed to perform accurately and consistently over extended service life.

The SWI74718 is suited for standard desktop use in offices, workstations, and home work areas. The open-channel loading system simplifies staple replacement, and the top flips open for flat tacking of papers to bulletin boards or surfaces. The recessed rotating anvil switches between standard stapling and the pinning position, adding versatility for different fastening needs. The positive locking latch secures the staple channel and reduces accidental openings during use.

Key Features

• Staples up to 20 sheets per cycle using Swingline S.F. 4 premium staples
• Durable metal construction with die-cast base for long-term stability
• Full rubber base pad prevents sliding on desk surfaces
• Open-channel loading for fast, simple staple replacement
• Recessed rotating anvil supports both standard stapling and pinning modes
• Specialized inner rail reduces jams and misfires
• Positive locking latch keeps staple channel secured between uses

Compatibility

Designed for use with Swingline S.F. 4 premium staples. Compatible with standard desktop stapling applications in office and home-office environments.

Installation Notes

No installation is required for this desktop stapler. Load staples through the open-channel top by pressing the locking latch to release the channel. Ensure the anvil is set to the correct position before use. Keep fingers clear of the staple exit point during operation.