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Plato Shear Cutter

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Description

Key Points:-

  • Flush shear cutter manufactured by Plato for trimming soft copper leads up to 18 AWG (1.0 mm).

  • Utilizes a shear cutting action instead of pinching to minimize mechanical shock on solder joints and component leads.

  • Constructed from heat-treated high-carbon steel with hardened cutting edges for edge retention.

  • Features a low-profile, lightweight design with cushioned, slip-resistant grips and a responsive return spring.

  • Reduces hand fatigue during high-volume PCB assembly, rework, and prototype operations.

The Plato 170 Shear Cutter delivers clean, flush cuts on soft copper leads up to 18 AWG (1.0mm) at an economical price point. Engineered with a low-profile handle and lightweight frame, this flush cutter offers superior tactile control and maneuverability during high-density circuit board rework and fine assembly tasks.

By utilizing a shearing action rather than a traditional pinching cut, the Plato 170 significantly reduces mechanical shock transmitted to delicate solder joints and component leads. Its high-carbon steel construction ensures lasting edge retention across continuous electronics manufacturing operations.

Optimized for operator comfort and smaller hand profiles, the slim design minimizes hand fatigue during repetitive trimming tasks, making it a reliable staple for PCB assembly lines, service centers, and prototype labs in Singapore and regional facilities.

Features

Precision shear cutting action produces clean, flat cuts with minimal lead mechanical stress, preserving critical solder joint integrity and preventing substrate micro-cracks on sensitive circuit boards.

Constructed from high-grade heat-treated steel with hardened cutting edges, providing long service life and consistent cutting force when trimming soft wire up to 18 AWG.

Features an ultra-thin, lightweight profile with cushioned slip-resistant grips and a responsive return spring, maximizing operator dexterity and ergonomic comfort during high-volume production cycles.