One of our best selling Lindstrom cutters!

Swedish-made diagonal cutters have precision ground joints and adjustable “screw nuts” to eliminate the problem of “uneven wear” so often associated with precision cutters. The extra small oval head design easily reaches into confined, hard-to-reach areas where precision cuts are a challenge. Easier cutting will increase productivity while reducing fatigue-related conditions. Perfect for use in close tolerance electronics, aerospace, defense and medical device manufacturing.

M2 Hard-Wire Option: The new M2 Series is designed to cut hard wires, stents, guidewires and single or multiple catheter filars. See attachment for details. Contact Concorde for price and availability.

 

 

Features & Benefits:

• Manufacturing precision tools since 1856

• 80 Series precision diagonal and stripping cutter

• ESD safe mono-material handles with return spring
• Micro-bevel cut
• The cutting capacity given is for copper wire
• Suitable for cutting Cu
• High performance Swedish alloyed steel
• Black burnished non-glare finish helps to alleviate operator fatigue

• Corrosion resistant
• Numerically controlled machine grinding guarantees edge angle accuracy & contact, increases the tools reliability & consistency

• Screw joint that minimizes friction & maximizes alignment of cutting edges
• Ideal for wire harness work & standard printed circuit board assembly
• Also valid for stripping

• See “RX” Series cutters for ergonomic/ESD safe handles.

• Price Break: 10 pcs. Contact Concorde for pricing. (Tel: 201-488-7474 • Email: info@concorde-electroniccs.com)

 

Specifications:

• See attachment for additional dimensions

• Length: 5″

• Jaw length .75″

• Precision induction hardened edges 63-65 HRC

 

Option (Extra-Hardened tool for cutting Hard Wire):

• RX-8140M2 Hard-Wire Series
The new M2 Series is designed to cut hard wires, stents, guidewires and single or multiple catheter filars

• See attachment for product specifications and description

• Contact Concorde for price and availability