Lindstrom Diagonal Cutting Micro Bevel Cut Nipper 112.5mm
Lindstrom  Diagonal Cutting Micro Bevel Cut Nipper 112.5mm
Length (A): 112mm (4.1/2in).Â
Blade length (B): 12.5mm (0.5 in).
Head width (C): 12.5mm (0.5 in).
Head depth (D): 6.0mm (0.24 in).
Tip width: (F): 1.2mm (0.05 in).
Cutting capacity: 0.3-1.6mm.
Cutting edge: Micro-bevel.
The Micro-Bevel cut is designed to meet the requirements of the electronic assembly industry. Leads are âpinchedâ, allowing less altitude and a smaller overall surface area. Because of its design, it has a wide cutting range and variety of uses.
These Lindstrom Diagonal cutting nippers have an oval head. They are produced from high performance ball bearing steel which is black oxidised for increased durability. The numerically controlled machine grinding guarantees edge and angle accuracy and contact, which increases tool reliability and consistency.
The edges are precision induction hardened to 63-65 HRC. The handles have a return spring and are sleeved.
Ideal for wire harness work, and standard printed circuit board assembly.
Oval heads are the most common type of nipper head. It combines strength and durability, can withstand and distribute the impact of cutting and is utilised in a myriad of applications.
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Description
Lindstrom  Diagonal Cutting Micro Bevel Cut Nipper 112.5mm
Length (A): 112mm (4.1/2in).Â
Blade length (B): 12.5mm (0.5 in).
Head width (C): 12.5mm (0.5 in).
Head depth (D): 6.0mm (0.24 in).
Tip width: (F): 1.2mm (0.05 in).
Cutting capacity: 0.3-1.6mm.
Cutting edge: Micro-bevel.
The Micro-Bevel cut is designed to meet the requirements of the electronic assembly industry. Leads are âpinchedâ, allowing less altitude and a smaller overall surface area. Because of its design, it has a wide cutting range and variety of uses.
These Lindstrom Diagonal cutting nippers have an oval head. They are produced from high performance ball bearing steel which is black oxidised for increased durability. The numerically controlled machine grinding guarantees edge and angle accuracy and contact, which increases tool reliability and consistency.
The edges are precision induction hardened to 63-65 HRC. The handles have a return spring and are sleeved.
Ideal for wire harness work, and standard printed circuit board assembly.
Oval heads are the most common type of nipper head. It combines strength and durability, can withstand and distribute the impact of cutting and is utilised in a myriad of applications.
