Description

Description

Description

  • Key Performance Benefit: Excelta 9232E Cutters feature a Slim Line Small Oval Head designed to deliver long tool life. The oval head design allows for the maximum amount of metal behind the cutting edge, supporting durability and extended performance.
  • Material & Construction: Manufactured from carbon tool steel with induction hardened cutting blades rated to RHC 63–65. CNC machining ensures precision, while Lazerlok™ joint surfaces provide extended tool life. Ergonomically molded SL grips are ESD safe with a surface resistance of 10¹⁰ ohms/sq. Dual leaf springs provide smooth cutting action.
  • Risk Reduction/Compliance Benefit: ESD safe construction (10¹⁰ ohms/sq surface resistance) supports use in static-sensitive environments.
  • Comfort & Usability: Slim Line design with ergonomically molded plastic grips. Dual leaf springs enable smooth and controlled operation. Overall length of 4.25" supports precision handling.
  • Safety & Compliance Assurance: ESD Safe: Yes | Surface Resistance: 10¹⁰ Ohms/sq

Recommended For

  • Cutting soft wire (.005" – .032")
  • Precision wire cutting applications
  • Electronics assembly
  • Static-sensitive environments
  • Bench work applications
  • Industrial cutting tasks

Product Details

  • Series: 9000 Series
  • Model: 9232E
  • Head Style: Round Head (Small Oval Head)
  • Cut: Flush
  • Material: Carbon Tool Steel
  • Blade Hardness: RHC 63–65
  • Overall Length: 4.25"
  • Tip Angle: 14.25°
  • Handle Type: SL Molded Grip
  • ESD Safe: Yes
  • Surface Resistance: 10¹⁰ Ohms/sq
  • Maximum Cutting Capacity: 18 AWG
  • Cutting Wire Range: 32–18 AWG
  • Quality Grade: 4 Star

Primary Industries

  • Electronics
  • Electrical Assembly
  • Precision Manufacturing
  • Industrial Applications

Standards and Certifications

  • ESD Safe (10¹⁰ Ohms/sq Surface Resistance)
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FAQs

What types of materials can these cutters handle effectively?

These cutters are designed for precision cutting of soft wire within the specified gauge range. They perform well on copper, small-gauge electrical leads, and similar materials commonly used in electronics assembly. For harder alloys or thicker wire, a heavy-duty cutter would be more appropriate.

Why is a small oval head beneficial in precision work?

The small oval head allows access to tight spaces while maintaining strength behind the cutting edge. This design improves durability and supports cleaner cuts in confined assemblies. It is especially useful when working on dense circuit boards or compact electronic components.

How does ESD-safe construction protect sensitive components?

Electrostatic discharge can damage delicate electronic parts during assembly or repair. The ESD-safe handles help dissipate static buildup, reducing the risk of unintended discharge. This added protection makes the tool suitable for static-controlled environments where component integrity is critical.

What advantage does a flush cut provide?

A flush cut leaves minimal protrusion at the cut point, creating a cleaner finish on leads and wires. This is important in electronics work where excess material can interfere with board layout or cause short circuits. It also improves the overall appearance and precision of assemblies.

Are these cutters comfortable for extended bench use?

The slim line design and ergonomically molded grips help reduce hand fatigue during repetitive cutting tasks. Dual leaf springs provide smooth, controlled action, improving workflow efficiency. Their compact length supports detailed bench work where precision and comfort are equally important.