Precise cutting with the high-precision screw system for smooth, free-play movement of the tool legsUncompromising Swiss quality, powerful and durablePowerful and sharpHand-made cutting edges for superior performance and sharpnessComfort, security and gripErgonomically shaped handles guarantee maximum comfort and fatigue-free working thanks to our opening stopESD secureManufactured from ESD-safe material to prevent damage to sensitive components
Technical specifications
Cutting length: 9 mm
Head width 9 mm
Head thickness 6 mm
Head length 16 mm
Product type
Tip cutter
Manufacturer part #
676EW
Range of use
ESD
Length
110 mm
Wire hardness (max.) medium wire
0.60 mm
Wire hardness (max.) hard wire
0.80 mm
Weight
50.00 g
Variants(All information include VAT, plus shipping costs)
Datasheet 2377231 Weller Erem® 676EW ESD Tip cutter 110 mm
User & Safety Instructions
User & Safety Instructions 2377231 Weller Erem® 676EW ESD Tip cutter 110 mm
Description
The Weller Erem 600 Micro series is a range of smallest precision cutters with a variety of head shapes for access in difficult to access areas. These micro cutters are suitable for SMD and cables (670EP, 670EPF). The cutters are made from high-quality tool steel with cutting edges hardened to 63-65 HRC. The precision cutters have a non-reflective surface, are ESD-safe and can be sharpened.
This text is machine translated.
Features
This is the narrowest head shape
The underside is cut out and thus enables an optimal access even to difficult accessible places
Description
The Weller Erem 600 Micro series is a range of smallest precision cutters with a variety of head shapes for access in difficult to access areas. These micro cutters are suitable for SMD and cables (670EP, 670EPF). The cutters are made from high-quality tool steel with cutting edges hardened to 63-65 HRC. The precision cutters have a non-reflective surface, are ESD-safe and can be sharpened.
This text is machine translated.
Features
This is the narrowest head shape
The underside is cut out and thus enables an optimal access even to difficult accessible places