Lindstrom Diag Cutter

The Lindström RX-8132 ERGO Ultra-Flush® Precision Cut Diagonal Cutter pairs ergonomic comfort with ultra-fine cutting precision. Featuring an extra-small oval head, ESD-safe dual-component handles, and a smooth BioSpring® mechanism, this tool is engineered for environments demanding near-stubless cuts on fine copper wires - perfect for wire harnesses, printed circuit boards, and delicate assembly work.

Features:
*ERGO dual-component handle combines a soft thermoplastic outer layer with a rigid polypropylene core for enhanced comfort and control.
*High-performance alloy steel construction ensures long-term durability.
*Precision induction-hardened cutting edges rated 63-65 HRC provide consistent sharpness.
*Ultra-Flush® cutting geometry ensures virtually no wire lugs, ideal for precision flush cutting.
*Micro-Touch handle design enables fine control and rotation between thumb and index finger.
*Precision screw joint minimizes friction and maximizes alignment of cutting edges.
*BioSpring® return mechanism minimizes hand fatigue with adjustable tension or removal option.
*ESD-safe construction makes it suitable for use around electrostatically sensitive components.
*Burnished finish offers corrosion resistance and smooth handling.

Specifications
*Manufacturer: Lindström
*Part number: RX-8132
*SKU: LINRX-8132
*Overall length: 133.5 mm
*Cutting capacity: 0.1-0.8 mm (solid copper wire)
*Head width: 8 mm
*Head thickness: 5 mm
*Tip width: 0.8 mm
*Weight: 68 g
*Material: High-performance alloy steel with burnished finish and dual-component ERGO handle
*Edge hardness: 63-65 HRC

Uses:
*Electronics assembly and repair: Produces near-stubless cuts around sensitive components in ESD-safe environments.
*Wire harness and cabling: Provides clean, precise trimming for dense wiring assemblies.
*PCB work: Ideal for trimming component leads flush without damaging circuit boards.
*Precision crafting: Useful in modeling, jewelry, and fine-detail applications requiring exact cuts.
*Technical assembly & manufacturing: Suited for high-precision tasks in tight spaces with repeatable quality.