Wiha 56818 Full-flush Diagonal Cutter 16 Awg

Product Description

The WIHA 56818 is a full-flush diagonal cutter designed for precision wire cutting in electrical and low-voltage wiring applications. With an overall length of 5.5 inches and a cutting capacity of 16 AWG (1.3 mm), this cutter produces a clean, flush cut that leaves minimal lead protrusion — critical for PCB work, panel wiring, and tight-space terminations. The diagonal head geometry and 10 mm jaw length allow access into confined areas where standard cutters cannot reach. Licensed electricians, low-voltage technicians, and electronics service professionals rely on this tool type for daily production and service work.

The WIHA 56818 suits residential and commercial electrical work, panel assembly, signal wiring, and instrumentation tasks. The full-flush cutting action is especially useful when trimming component leads on control boards, cutting zip ties flush, or finishing wire terminations inside enclosures where a stub of excess wire creates a hazard or fit issue. The tether-capable design makes it appropriate for elevated work or environments where tool drop is a safety concern.

Key Features

• Full-flush cutting edge produces a flat, lead-free cut surface with minimal burr
• 16 AWG maximum cutting capacity supports common control and signal wire sizes
• Diagonal head allows access to confined spaces and close-quarter cuts
• 10 mm jaw length by 0.5 inch jaw width for compact, precise jaw geometry
• Tether-capable design supports use in elevated or drop-sensitive work environments
• Compact 5.5-inch overall length reduces hand fatigue during repetitive cuts

Compatibility

Designed as a general-purpose full-flush diagonal cutter suitable for 16 AWG and smaller wire in electrical, low-voltage, and electronics service applications.

Installation Notes

This tool is intended for use by qualified electricians, low-voltage technicians, and electronics service professionals. Always de-energize circuits before cutting any installed wire — never use cutting pliers on live conductors. Inspect the cutting edges before use; a chipped or misaligned jaw can cause wire to slip or produce an incomplete cut. If tethering is required, attach a rated tool lanyard to the tether anchor point before working at height.