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Knipex

KNIPEX Electronics Super Knips®-ESD Handles

SKU:
726655 125
UPC:
843221013608
Minimum Purchase:
1 unit
Shipping:
Calculated at Checkout
$41.25
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Description

726655 125 - Electronics Super Knips®-ESD Handles, 5", Multi-Component, Polished, Flush Cut, Oval Head, Up to 3/64" Medium Wire

Precision pliers for ultra fine cutting work. Very precisely ground and sharp cutting edges. Approximately 20% lighter than conventional electronics pliers. Opening spring with built-in opening limiter. Joint with stainless steel rivet. Great for general purpose cutting of wire, cable ties and electrical components. Cutting edge hardness (approx. 54 HRC) for longer life and for more durable cutting. Cutting capacity - up to 1/16" for soft wire and 3/64" for medium wire. Precision shaped tips cut wires resting on a board from 1/64" (0.2 mm) diameter. Extremely smooth movement for minimum operator fatigue. Grooves in handle provide a steady grip when applying slight pressure. ESD (electrostatic discharge) handles discharge electrostatic energy through the handles in a gradual and controlled manner which protects components endangered by electrostatic discharge.


726655 140 - Electionics Super Knips® XL, 5 1/2", Multi-Component, Polished, Flush Cut, Oval Head, Up to 1/16" Medium Wire

Precision pliers for ultra fine cutting work. Very precisely ground and sharp cutting edges. Approximately 20% lighter than conventional electronics pliers. Opening spring with built-in opening limiter. Joint with stainless steel rivet. Great for general purpose cutting of wire, cable ties and electrical components. Cutting edge hardness (approx. 54 HRC) for longer life and for more durable cutting. Cutting capacity - up to 1/8" for soft wire and 1/16" for medium wire. Precision shaped tips also cut adjacent wires from 1/64" (0.20 mm) diameter. Extremely smooth movement for minimum operator fatigue. ESD (electrostatic discharge) handles discharge electrostatic energy through the handles in a gradual and controlled manner which protects components endangered by electrostatic discharge.

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