Precision cutters c.k tools T3885 ESD non-faceted, angled cutting pliers for electronics

Precision cutters c.k tools T3885 ESD non-faceted, angled cutting pliers for electronics are designed for controlled trimming and cutting of wires and small components in electrostatic-sensitive workspaces. The tool combines an angled head for improved access in tight assemblies with ESD-safe materials to reduce the risk of electrostatic discharge. Non-faceted cutting edges produce clean cuts suitable for delicate electronic tasks, and the compact design supports accurate handling during assembly and repair.

Advantages

The ESD-rated construction lowers the potential for static build-up during handling, making the pliers appropriate for use near sensitive components. The angled cutting head improves visibility and reach when working in confined spaces or on densely populated circuit boards. Non-faceted blades provide precise, burr-minimized cuts that help maintain the integrity of wire ends and component leads. The tool’s size and shape are optimized for fine control required in electronics assembly and repair.

Suitable for

Key specifications

How to use

Position the angled cutting jaws close to the wire or component lead you intend to trim, ensuring the workpiece sits between the cutting edges. Apply steady, even pressure on the handles to complete the cut in a single motion and avoid twisting the tool while cutting. For work in electrostatic-sensitive environments, follow established ESD handling procedures: use grounded wrist straps, grounded work surfaces, and ensure the tool is used within an ESD-protected area. Inspect cuts after trimming to confirm a clean, burr-free finish and repeat as necessary for additional trimming.

Recommendations

Use the pliers for their intended fine-electronics tasks only; avoid cutting hardened materials, large-gauge cables, or items that exceed the tool’s intended capacity. Store the tool in a clean, dry area within the ESD-controlled workspace to preserve its ESD properties and cutting performance.