ESD and Antistatic Products

ESD Hand Tools

ESD Hand Tools are a coordinated set of dissipative-handled precision tools for fastening, gripping, cutting and manipulating sensitive electronic components.

Dissipative handles channel charge in a controlled manner when used by grounded personnel.
Precision screwdrivers, cutters, pliers and tweezers cover common electronic assembly tasks.
Organized conductive stand keeps working ends protected and tools easy to audit.

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Product Introduction

The set combines black-and-yellow static-dissipative polymer handles with hardened stainless or alloy-steel working ends. Precision screwdriver handles use rotating caps for controlled fine fastening, while pliers and cutters use return springs for repetitive work. Fine tweezers provide accurate placement without bulky grips. A molded conductive stand separates each tool and makes missing items immediately visible at the bench.

Key Features

Dissipative handle compound provides controlled rather than abrupt charge transfer.

Precision rotating-cap screwdrivers suit small electronic fasteners.

Fine cutters and pliers use hardened jaws and spring return.

Stainless tweezers support accurate component positioning.

Textured dual-color handles improve grip and ESD identification.

Conductive organizer stores tools with accessible handles and protected tips.

Tool mix can be selected around assembly, service or inspection work.

Customer Product Concerns

Bench tools must protect components electrically while remaining precise, durable and easy to control during repetitive assembly.

Ordinary insulated handles can retain electrostatic charge.Dissipative handle material allows controlled charge equalization.

Large tools obstruct access to miniature fasteners.Slim precision shafts and rotating caps support fine work.

Tool tips slip on small components.Purpose-shaped tweezers, cutters and plier jaws improve contact control.

Loose tools are damaged or difficult to inventory.A dedicated conductive stand separates tools and exposes missing positions.

One universal tool set contains irrelevant pieces.Screwdriver profiles, plier types and tweezer shapes can be selected by process.

Typical Applications

PCB assembly and rework.Semiconductor equipment maintenance.Precision sensor and connector assembly.Medical-electronics production.Laboratory instrument service.ESD-protected repair and inspection benches.

Technical Parameters

The representative configuration is a mixed precision bench set. Tool selection, tip pattern, handle resistance, steel grade and storage arrangement can be configured for the process.

Core Material	Chrome-vanadium or stainless working steel with static-dissipative polymer handles
Panel Thickness	1.0–4.0 mm representative tool-shank or jaw-section thickness
Effective Width	10–180 mm working width across individual tools
Maximum Length	Up to 250 mm overall length for the largest hand tool
Steel Facing Thickness	1.0–4.0 mm exposed hardened-steel working-section thickness
Core Density	7700–8000 kg/m³ representative tool-steel density
Thermal Conductivity	14–50 W/(m·K) depending on stainless or alloy-steel grade
Surface Finish	Satin metal working ends with textured black-and-yellow dissipative handles
Joint Type	Molded handle-to-shank connection; pivot joint for pliers and fitted conductive storage stand
Customization	Available based on the intended application and operating environment.

Available Options

Slotted, Phillips, Torx, hex and micro-bit drivers.Flush cutter, long-nose plier and wire stripper.Straight, curved and fine-point tweezers.Torque-controlled ESD screwdriver.Conductive stand, dissipative roll pouch or rigid tool case.Alternative handle sizes and resistance range.Custom process-specific tool assortment.

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