Swingline SWI42150 Electric Stapler 30 Sheet Black

Product Description

The SWINGLINE SWI42150 is a desktop electric stapler designed for high-volume, daily office stapling tasks. It uses solenoid technology to drive staples automatically, delivering fast and consistent results without manual effort. The stapler handles up to 30 sheets per cycle and is compatible with Swingline S.F. 4 Premium Staples, which contribute to reliable, jam-free operation. Built-in suction cups anchor the unit firmly to a desk surface, preventing movement during repeated use. The QuickLoad refill system reduces downtime when reloading staples. This unit is suited for office environments where stapling volume and workflow speed matter.

The SWI42150 is intended for general office and administrative use in settings that require frequent, high-volume document fastening. Its electric, solenoid-driven mechanism makes it appropriate for front desks, mail rooms, copy rooms, and shared workstation areas. The desktop footprint and suction-cup base make it practical for fixed-position use on standard work surfaces. It is sold as a single unit and requires standard AC power for operation.

Key Features

• Solenoid technology drives automatic stapling for fast, consistent sheet fastening
• Staples up to 30 sheets per cycle
• Compatible with Swingline S.F. 4 Premium Staples for jam-free performance
• QuickLoad system simplifies staple refilling and reduces reload time
• Integrated suction cups secure the stapler to desk surfaces during use
• Black finish for standard office environments

Compatibility

Designed for use with Swingline S.F. 4 Premium Staples. No additional model or system compatibility data was provided in the product input.

Installation Notes

Place the stapler on a clean, flat desk surface and press down firmly to engage the suction cups before use. Connect to a standard AC outlet as required by the unit. No tools are required for setup or staple loading. When reloading staples, disconnect power before opening the staple cartridge to avoid accidental actuation.