Lindstrom Supreme Diagonal Cutting Micro Bevel Cut Tapered Head Nipper 109mm
Lindstrom Ā Supreme Diagonal Cutting Micro Bevel Cut Tapered Head Nipper 109mm
Length (A): 109mm (4.29 in).Ā
Blade length (B): 9mm (0.35 in).
Head width (C): 9mm (0.35 in).
Head depth (D): 6mm (0.24 in).
Tip width: (F): 1.0mm (0.04 in).
Cutting capacity: 0.2-1.25mm.
Head type: Tapered
Cutting edge: Micro-bevel.
The tapered head is the smallest of the standard cutting heads available. Not only does it taper on both sides, but also the underside is cut away, allowing the operater to gain access into some difficult areas.
The Micro-Bevel cut is designed to meet the requirements of the electronic assembly industry. Leads are āpinchedā, allowing less altitude and a smaller overall surface area. Because of its design, it has a wide cutting range and variety of uses.
The Lindstrom Supreme Oblique Cutting Nipper produced from high performance tool steel. It has a screw joint that minimises friction and alignment of cutting edges.
The edges are precision induction hardened to 58-60 HRC. The handles with return spring and sleeved.
Original: $73.03
-65%$73.03
$25.56Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Lindstrom Ā Supreme Diagonal Cutting Micro Bevel Cut Tapered Head Nipper 109mm
Length (A): 109mm (4.29 in).Ā
Blade length (B): 9mm (0.35 in).
Head width (C): 9mm (0.35 in).
Head depth (D): 6mm (0.24 in).
Tip width: (F): 1.0mm (0.04 in).
Cutting capacity: 0.2-1.25mm.
Head type: Tapered
Cutting edge: Micro-bevel.
The tapered head is the smallest of the standard cutting heads available. Not only does it taper on both sides, but also the underside is cut away, allowing the operater to gain access into some difficult areas.
The Micro-Bevel cut is designed to meet the requirements of the electronic assembly industry. Leads are āpinchedā, allowing less altitude and a smaller overall surface area. Because of its design, it has a wide cutting range and variety of uses.
The Lindstrom Supreme Oblique Cutting Nipper produced from high performance tool steel. It has a screw joint that minimises friction and alignment of cutting edges.
The edges are precision induction hardened to 58-60 HRC. The handles with return spring and sleeved.
