Flush EDGE tapered shear cutter for precise, low-profile cutting of soft wire and small components at the bench. The slim tapered jaws slip into tight spaces and close with a crisp, controlled snap.
Features
- High-performance alloy steel construction with precision-ground shear cutting edges.
- Rockwell hardness of 63β65 HRC for long-lasting sharpness and edge stability.
- Expert shear cutting technology with controlled edge overlap of less than 0.2 mm for extremely clean, flush cuts on fine wires.
- Tapered flush jaws provide excellent access into confined areas and for close trimming work.
- Ergonomic, lightweight handles with textured grips for comfort and secure control.
- Return spring and opening limiter promote smooth operation and help minimize hand fatigue during repetitive cutting.
- Designed for flush cutting of soft wire up to 16 ga within the stated cutting limits.
Specifications
| Detail |
Value |
| Product Type |
Flush shear cutter |
| Jaw Style |
Tapered, flush, by-pass cutting action |
| Overall Length |
134 mm (5 1/4 in) |
| Jaw Length |
14 mm (1/2 in) |
| Jaw Width |
15 mm (1/2 in) |
| Maximum Wire Gauge (Soft Copper) |
16 ga |
| Edge Overlap |
<0.2 mm (<0.008 in) |
| Hardness |
63β65 HRC (Rockwell C) |
| Handle Style |
Ergonomic, lightweight, textured grips |
| Brand |
Lindstrom |
Notes
- Flush cutters leave a practically smooth cut on one side of the material; because they cut so close, the cutting edges are more likely to be damaged if their limitations are exceeded.
- Lindstrom cutters are not guaranteed; cutting limits printed on the handles apply to soft copper wire only.
- Metal alloys commonly used for jewelry are significantly harder than soft copper; dents in the cutting surface indicate that the material being cut exceeds the hardness limits of the cutters.
- If damage occurs to the tips, grind the undamaged side down to match the damaged side and continue to use the cutters as a working tool.
- All types of flush cutters used in jewelry work should be considered consumable labor-saving devices rather than permanent tools.