Lindstrom 8163 Diagonal Wire Cutter, Micro Flush, 125mm
Best current price£55.05from RS Components Ltd- UK
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Product Information
Full details
The Lindstrom 8163 Diagonal Wire Cutter is a precision tool designed for electronics professionals and hobbyists needing to make clean, flush cuts on copper wires in tight spaces. Its micro-bevel cutting edges, ESD-secure grip, and friction-reducing screw connection offer enhanced control and longevity. A potential caveat is its specialized nature, making it less suitable for general-purpose cutting tasks.
All features
| Model Part Number | 8163 |
|---|---|
| Brand | Lindstrom |
Extended Product Information
FAQs
What is the primary application for the Lindstrom 8163?
The Lindstrom 8163 is primarily designed for precision cutting of copper wires in electronics assembly and repair, especially in tight or awkward spaces due to its tapered head and micro-bevel cut.
Are these cutters suitable for cutting solid core wire or stranded wire?
The specifications indicate suitability for copper wire. While they can cut both solid and stranded copper wires, they are optimized for precision and clean cuts on smaller gauges typically found in electronics.
How do I maintain the ESD-safe properties of the handles?
Avoid exposing the mono-material handles to aggressive solvents or excessive heat. Clean them with a dry or slightly damp cloth. Ensure they are not physically damaged.
What does 'Micro-Bevel®' mean for the cutting edge?
Micro-Bevel® refers to a very small, precisely ground bevel on the cutting edge, which allows for extremely close and clean cuts, minimizing any remaining protrusion on the component lead.
Can I use these cutters for general crafting or hobby wire cutting?
While they can cut soft wires, they are precision tools optimized for electronics. For general crafting, a less specialized cutter might be more cost-effective and robust.
What is the recommended cutting capacity for copper wire?
The product information states the cutting capacity specification refers to copper wire. For specific gauge limits, refer to detailed technical specifications if available, but generally, these are for fine electronics wiring.
How does the screw joint benefit the tool's performance?
The friction-reducing screw joint ensures that the cutting edges remain precisely aligned during use. This results in smoother cutting action, longer blade life, and consistent, clean cuts.
Troubleshooting
Cutters feel stiff or difficult to close/open.
Clean the screw joint thoroughly and apply a small drop of precision instrument oil. Ensure no debris is trapped in the joint.
Uneven or ragged cuts.
Inspect the cutting edges for damage or embedded material. Clean the blades. If edges are damaged, professional servicing or replacement may be needed.
Handles feel sticky or degraded.
Clean handles with a soft cloth. Avoid harsh chemicals. If material degradation is significant, consider replacing the tool as ESD properties may be compromised.
Tool does not cut cleanly through copper wire.
Verify you are cutting copper wire, as specified. Ensure the wire is within the tool's capacity. Check for dullness or damage to the cutting edges.
Pros and Cons
Pros
- Provides very clean and precise cuts, ideal for delicate electronics.
- Tapered head design enhances accessibility in tight spaces.
- ESD-safe handles protect sensitive components.
- Durable construction with induction-hardened blades ensures a long lifespan.
- Smooth operation due to the screw joint and opening spring.
Cons
- Primarily designed for copper wire; may not be optimal for other materials.
- Micro-flush cutting may be too delicate for heavy-duty wire cutting.
- The specialized nature means it might not be the best choice for general-purpose cutting.
- Requires proper care to maintain ESD properties and cutting edge sharpness.
- Higher initial cost compared to basic wire cutters.
Setup, Compatibility & Care
Setup: The Lindstrom 8163 arrives ready for immediate use. Ensure the screw joint is clean and free from debris before initial operation. The integrated opening spring should provide effortless action.
Compatibility: This tool is specifically designed for cutting copper wires. Its cutting capacity specification refers to copper.
Care:
- Cleaning: Wipe the tool clean after each use with a dry, lint-free cloth. For stubborn residue, use a cloth lightly dampened with isopropyl alcohol, ensuring the tool is completely dry afterward.
- Lubrication: Periodically apply a small drop of precision instrument oil to the screw joint to maintain smooth operation and prevent corrosion. Wipe away excess oil.
- Storage: Store the cutters in a dry environment. Avoid storing them with other metal tools that could cause nicks or damage to the cutting edges. Consider using a protective sheath or case.
- ESD Maintenance: While the handles are made of conductive material, avoid excessive exposure to solvents that could degrade the material. Regularly inspect handles for damage.