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Präzisions-Elektronik-Greifzange | 34 12 130
34 12 130
Precision Electronics Gripping Pliers
Length: 130 mm
Surface:  atramentised / lacquered / burnished
Grips: multi-component grips
Präzisions-Elektronik-Greifzange | 34 22 130
34 22 130
Precision Electronics Gripping Pliers
Length: 130 mm
Surface:  atramentised / lacquered / burnished
Grips: multi-component grips
Präzisions-Elektronik-Greifzange | 34 32 130
34 32 130
Precision Electronics Gripping Pliers
Length: 130 mm
Surface:  atramentised / lacquered / burnished
Grips: multi-component grips
Präzisions-Elektronik-Greifzange | 34 42 130
34 42 130
Precision Electronics Gripping Pliers
Length: 130 mm
Surface:  atramentised / lacquered / burnished
Grips: multi-component grips
Präzisions-Elektronik-Greifzange | 34 52 130
34 52 130
Precision Electronics Gripping Pliers
Length: 130 mm
Surface:  atramentised / lacquered / burnished
Grips: multi-component grips
Electronic Super Knips® ESD | 78 13 125 ESD
78 13 125 ESD
Electronic Super Knips® ESD
Length: 125 mm
Surface:  atramentised / lacquered / burnished
Grips: multi-component grips
Electronic Super Knips® ESD | 78 71 125 ESD
78 71 125 ESD
Electronic Super Knips® ESD
Length: 125 mm
Surface:  atramentised / lacquered / burnished
Grips: multi-component grips
Elektronik-Seitenschneider mit eingesetzter Hartmetallschneide | 77 02 120 H
77 02 120 H
Electronics Diagonal Cutter with carbide cutting edges
Length: 120 mm
Surface:  mirror polished
Grips: multi-component grips
Elektronik-Seitenschneider mit eingesetzter Hartmetallschneide | 77 32 120 H
77 32 120 H
Electronics Diagonal Cutter with carbide cutting edges
Length: 120 mm
Surface:  mirror polished
Grips: multi-component grips
Elektronik-Bestückungszange | 36 12 130
36 12 130
Electronics Mounting Pliers
Length: 130 mm
Surface:  mirror polished
Grips: multi-component grips
Elektronik-Bestückungszange | 36 22 125
36 22 125
Electronics Mounting Pliers
Length: 125 mm
Surface:  mirror polished
Grips: multi-component grips
Elektronik-Bestückungszange | 36 32 125
36 32 125
Electronics Mounting Pliers
Length: 125 mm
Surface:  mirror polished
Grips: multi-component grips
Elektronik-Seitenschneider mit eingesetzter Hartmetallschneide ESD | 77 02 120 H ESD
77 02 120 H ESD
Electronics Diagonal Cutter with carbide cutting edges ESD
Length: 120 mm
Surface:  mirror polished
Grips: multi-component grips
Elektronik-Seitenschneider mit eingesetzter Hartmetallschneide ESD | 77 32 120 H ESD
77 32 120 H ESD
Electronics Diagonal Cutter with carbide cutting edges ESD
Length: 120 mm
Surface:  mirror polished
Grips: multi-component grips
KNIPEX EvoStrip Selbsteinstellende Abisolierzange | 12 40 200
12 40 200
KNIPEX EvoStrip
Self-Adjusting Insulation Stripper
Length: 200 mm
Surface:  powder coated
Grips: without handle sleeves
KNIPEX MultiStrip 10 Automatische Abisolierzange | 12 42 195
12 42 195
KNIPEX MultiStrip 10
Automatic insulation stripper
Length: 195 mm
Surface:  powder coated
Grips: without handle sleeves
Mini-Abisolierwerkzeug | 12 80 040 SB
12 80 040 SB
Mini Wire Stripper
Length: 100 mm
Mini-Abisolierwerkzeug | 12 80 100 SB
12 80 100 SB
Mini Wire Stripper
Length: 100 mm
Elektronik-Abisolierschere | 11 82 130
11 82 130
Electronics Wire Stripping Shears
Length: 140 mm
Surface:  mirror polished
Grips: multi-component grips
Abisolierzange | 15 51 160
15 51 160
Insulation Stripper
Length: 160 mm
Surface:  atramentised / lacquered / burnished
Grips: with plastic coating
Abisolierzange | 15 61 160
15 61 160
Insulation Stripper
Length: 160 mm
Surface:  atramentised / lacquered / burnished
Grips: with plastic coating
Abisolierzange | 15 81 160
15 81 160
Insulation Stripper
Length: 160 mm
Surface:  atramentised / lacquered / burnished
Grips: with plastic coating
Elektronik-Abisolierzange | 11 92 140
11 92 140
Electronics Wire Stripper
Length: 140 mm
Surface:  mirror polished
Grips: multi-component grips
Gewinkelte Elektrikerschere | 95 05 20 SB
95 05 20 SB
Angled Electricians' Shears
Length: 180 mm
Surface:  chrome-plated / zinc-plated
Grips: multi-component grips
Crimpzange für Aderendhülsen | 97 68 145 A
97 68 145 A
Crimping Pliers for wire ferrules
Length: 145 mm
Surface:  atramentised / lacquered / burnished
Grips: multi-component grips
Crimpzange für Aderendhülsen | 97 78 180
97 78 180
Crimping Pliers for wire ferrules
Length: 180 mm
Surface:  atramentised / lacquered / burnished
Grips: multi-component grips
Crimpzange für Aderendhülsen | 97 78 180 T
97 78 180 T
Crimping Pliers for wire ferrules
Length: 180 mm
Surface:  atramentised / lacquered / burnished
Grips: multi-component grips
KNIPEX Twistor16® Selbsteinstellende Crimpzange für Aderendhülsen Mit drehbarem Crimpkopf | 97 53 18
97 53 18
KNIPEX Twistor16®
Self-Adjusting Crimping Pliers for wire ferrules With rotatable die head
Length: 200 mm
Surface:  chrome-plated / zinc-plated
Grips: multi-component grips
KNIPEX Twistor® T Selbsteinstellende Crimpzange für Aderendhülsen Mit drehbarem Crimpkopf | 97 53 19
97 53 19
KNIPEX Twistor® T
Self-Adjusting Crimping Pliers for wire ferrules With rotatable die head
Length: 200 mm
Surface:  chrome-plated / zinc-plated
Grips: multi-component grips
Crimpzange für Aderendhülsen | 97 71 180
97 71 180
Crimping Pliers for wire ferrules
Length: 180 mm
Surface:  atramentised / lacquered / burnished
Grips: with plastic coating
Crimpzange für Aderendhülsen | 97 72 180
97 72 180
Crimping Pliers for wire ferrules
Length: 180 mm
Surface:  atramentised / lacquered / burnished
Grips: with comfort handles
Selbsteinstellende Crimpzange für Aderendhülsen Mit Seiteneinführung | 97 53 04
97 53 04
Self-Adjusting Crimping Pliers for wire ferrules
With lateral access
Length: 180 mm
Surface:  atramentised / lacquered / burnished
Grips: multi-component grips
Selbsteinstellende Crimpzange für Aderendhülsen Mit Seiteneinführung | 97 53 14
97 53 14
Self-Adjusting Crimping Pliers for wire ferrules
With lateral access
Length: 180 mm
Surface:  atramentised / lacquered / burnished
Grips: multi-component grips
Selbsteinstellende Crimpzange für Aderendhülsen Mit Seiteneinführung | 97 55 04
97 55 04
Self-Adjusting Crimping Pliers for wire ferrules
With lateral access
Length: 180 mm
Surface:  chrome-plated / zinc-plated
Grips: multi-component grips
Crimpzange für Westernstecker | 97 51 12
97 51 12
Crimping Pliers for Western plugs
Length: 200 mm
Surface:  atramentised / lacquered / burnished
Grips: multi-component grips
Crimpzange für Westernstecker | 97 51 10
97 51 10
Crimping Pliers for Western plugs
Length: 190 mm
Surface:  atramentised / lacquered / burnished
Grips: multi-component grips
Crimpzange für RJ45-Westernstecker | 97 51 13
97 51 13
Crimping Pliers for RJ45 Western plugs
Length: 190 mm
Surface:  atramentised / lacquered / burnished
Grips: multi-component grips
KNIPEX PreciForce® Crimpzange | 97 52 30
97 52 30
KNIPEX PreciForce
Crimping Pliers
Length: 220 mm
Surface:  atramentised / lacquered / burnished
Grips: multi-component grips
KNIPEX PreciForce® Crimpzange | 97 52 33
97 52 33
KNIPEX PreciForce
Crimping Pliers
Length: 220 mm
Surface:  atramentised / lacquered / burnished
Grips: multi-component grips
KNIPEX PreciForce® Crimpzange | 97 52 34
97 52 34
KNIPEX PreciForce
Crimping Pliers
Length: 220 mm
Surface:  atramentised / lacquered / burnished
Grips: multi-component grips

Precision pliers for electronics and fine mechanics

For those who have to keep it accurate

The smaller and more sensitive the components, the greater the challenges for the tool. The demands are particularly high when working in electronics and fine mechanics. Tools for electronics engineers must lie comfortably in the hand and have to be small, stable and easy to use. The decisive factor is the precise, easily metered transfer of manual force to the workpiece.

This is exactly what KNIPEX electronics pliers offer. You can master any challenge with them reliably, safely and quickly – for example, precise gripping, positioning and cutting in hard-to-reach areas such as switch boxes.

Electronic Super Knips®

 

To the product

 

Thanks to its extremely sharp cutting edges and the controlled micro-cutting edge offset, the Electronic Super Knips® enables ultra-precise cutting of the thinnest wires and even of wires lying on a surface. The opening spring and the smooth movement of the electronics pliers ensure comfortable, fatigue-free working. The Electronic Super Knips® is available in different surface and handle designs as well as with a lead catcher, which prevents cut wire sections from jumping off uncontrollably.

 

Precision electronics gripping pliers

 

To the product

 

With our precision electronic gripping pliers, every opening movement is free of play, smooth and even.

With 20% less weight than conventional electronics pliers, it is particularly light and ergonomic and therefore ideal for gripping, holding and bending the thinnest wires and components. The finest assembly work can be carried out reliably and precisely.

The telephone pliers: As universally as flat-nose pliers, for example, can be applied, as specialised is the working area of the telephone pliers: They are used in narrow control boxes or telecommunications environments. Curved gripping jaws are particularly helpful here.

Electronics end cutters

 

To the product

 

Finest cutting work in electronics and fine mechanics can be done quickly and precisely with the electronics end cutter.

Depending on the work situation, differently angled versions offer optimal accessibility, even to hard-to-reach wires and components. The precision box joint and the low-friction double spring ensure a long service life and smooth, pleasant work. This is one of the most used designs of electronics pliers.

 

Features of ESD pliers

The acronym ESD stands for electrostatic discharge, which describes the phenomenon of an electrical charge being created by friction which then can discharge itself as a spark or breakdown with destructive energy. This is particularly problematic when working with sensitive components such as circuit boards. The use of ESD tools is not only advisable here, but increasingly mandatory.

 

The use of ESD pliers prevents damage to these electronic components by controlled equalization of potentials. And it also prevents unpleasant follow-up costs due to objects that have been rendered inoperable.

 

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