Lindstrom Flush Cutter

The Lindström RX-8131 ERGO Flush Precision Cut Diagonal Cutter is engineered for fine, clean cuts on small-diameter copper wires. Featuring stainless performance alloy steel, a compact oval head, and an ergonomic ESD-safe handle, this tool is ideal for high-precision tasks such as electronics assembly, wire harness work, and printed circuit board maintenance, delivering flush cuts with minimal residual wire.

Features:
*ERGO dual-component handle combines a soft thermoplastic layer with a rigid polypropylene core for secure, ergonomic grip.
*High-performance alloy steel construction ensures durable performance.
*Precision induction-hardened cutting edges rated at 63-65 HRC for extended edge retention.
*Flush cutting geometry delivers minimal wire protrusion for precise finishes.
*Micro-Touch handle design enables fine control and rotation between thumb and index finger.
*Precision screw joint minimizes friction and maintains jaw alignment.
*BioSpring® mechanism reduces operator fatigue; adjustable across three tension settings or completely removable.
*ESD-safe construction suited for use around electrostatic-sensitive components.
*Burnished finish offers corrosion resistance and smooth tooling surface.

Specifications:
*Manufacturer: Lindström
*Part number: RX-8131
*SKU: LINRX-8131
*Overall length: 133.5 mm
*Cutting capacity: 0.1-1.0 mm (solid copper wire)
*Head width: 8.5 mm
*Head thickness: 8 mm
*Tip width: 0.8 mm
*Weight: 68 g
*Material: Induction-hardened alloy steel, burnished finish; dual-component ERGO handle
*Edge hardness: 63-65 HRC

Uses:
*Electronics assembly and repair: ensures clean wire trimming around sensitive components in ESD environments.
*Wire harness manufacturing: delivers flush cuts with precision in tight cable assemblies.
*Printed circuit board (PCB) work: ideal for trimming component leads with minimal stub protrusion.
*Fine mechanical crafting: useful for modeling, jewelry engraving, or any task needing accurate wire trimming.
*Precision industrial work: supports tasks that require high cut quality and repeatability in compact spaces.