Lindstrom Micro Bevel Cutter

The Lindström RX-8143 ERGO Micro-Bevel® Precision Cut Diagonal Cutter is engineered for precision wire trimming in applications requiring access to tight spaces. Featuring a slim, tapered head, ultra-sharp micro-bevel geometry, ergonomic handles, and adjustable BioSpring® return mechanism, this cutter offers accurate, clean cuts in electronics assembly, PCB repair, fine mechanical work, and cable harnessing.

Features:
*ERGO dual-component handle combines a soft outer thermoplastic layer with a rigid polypropylene core for a comfortable, secure grip.
*High-performance alloy steel body ensures long-lasting durability and consistent performance.
*Induction-hardened cutting edges rated at 63-65 HRC maintain edge retention through extended use.
*Micro-Bevel® cutting geometry delivers precise, low-stub cuts that minimize residual wire.
*Slim tapered head enhances access to confined work areas where space is limited.
*Micro-Touch handle design enables controlled, fine adjustments via thumb and index finger rotation.
*Precision screw joint ensures alignment accuracy and smooth operation.
*BioSpring® return mechanism reduces hand fatigue and offers adjustable tension or removal for personalized feel.
*ESD-safe construction protects sensitive electronics from static discharge during use.

Specifications:
*Manufacturer: Lindström
*Part number: RX-8143
*SKU: LINRX-8143
*Overall length: 135.5 mm
*Cutting capacity: 0.2-1.25 mm (solid copper wire)
*Head width: 10 mm
*Head thickness: 6 mm
*Tip width: 0.8 mm
*Weight: approx. 70 g
*Material: Alloy steel with burnished finish; ERGO- dual-component handle
*Edge hardness: 63-65 HRC

Uses:
*Electronics assembly and repair: Ideal for precise trimming of wires around delicate components in tight spaces.
*PCB manufacturing: Ensures accurate, flush cuts on component leads without damaging the board.
*Wire harness fabrication: Offers clean, controlled cuts for dense cable bundle assembly.
*Jewelry and craft work: Provides precision trimming and forming in small-scale applications.
*Micro-mechanical tasks: Useful in watchmaking, modeling, and other environments that demand fine cutting accuracy.