Knipex Precision Electronics Gripping Pliers ESD

The Knipex Precision Electronics Gripping Pliers ESD range offers professional-grade control for delicate assembly, bending, and adjustment tasks within electronics and fine mechanics environments. Built upon the heavy-duty 34-series tool platform, these precision gripping tools are engineered from high-grade special tool steel, oil-hardened and tempered to handle high repetition work on demanding production lines without losing tip alignment.

Premium Engineering Advantages:

• High-Precision Bolted Screw Joint: Unlike traditional rivets, the 34-series features a precision screw joint. This structural design guarantees a perfectly smooth, friction-free jaw action with zero side-play or backlash, keeping component handling true over an extended service life.
• Static-Dissipative ESD Protection: Fitted with dual-colour multi-component handles engineered to release static charges safely and continuously. This electrical design shields sensitive semiconductors and microchips from sudden electrostatic damage.
• Burnished and Polished Finish: The surfaces are carefully burnished and polished rather than plated. This premium treatment provides excellent rust and corrosion resistance while completely removing the risk of metal flakes peeling off onto active printed circuit boards (PCBs).
• Reduced User Fatigue: Integrated, low-friction dual opening springs allow the handles to expand effortlessly back into the hand, relieving wrist pressure during prolonged bench shifts.

Jaw Geometry Selection Matrix

Selecting the correct jaw configuration ensures secure component contact while protecting delicate tracking and leads:

• Flat Jaws (34 12): Wide, flat surfaces provide maximum contact area for stable gripping, straightening, and bending flat component ribbon leads.
• Half-Round Jaws (34 22 / 34 52): Combine a flat inner surface with a curved outer spine, allowing smooth terminal manipulation and looping in confined vertical spaces.
• Round Jaws (34 32): Fully rounded cones engineered for precision loop forming, wire curling, and smooth path routing without pinching or scratching underlying materials.