Electrostatic Test Equipment: How Resistance Probes, Static Meters, and ESD Simulators Work Together in ESD Control Programs

Electrostatic Test Equipment

Electrostatic discharge(ESD) remains one of the most common causes of product failure across electronics manufacturing, aerospace, defense, medical devices, and semiconductor environments. An effective ESD control program relies on precise measurement tools—resistance probes, electrostatic meters, and ESD simulators—that work together to verify, monitor, and simulate real-world electrostatic conditions. This guide breaks down how each piece […]

Electrostatic Probe Applications in U.S. ESD Labs for Advanced Static and Charge Control

Applications in U.S. ESD Labs for Advanced Static and Charge Control

Electrostatic probes play a vital role in modern Electrostatic Discharge (ESD) testing laboratories across the United States. As industries like semiconductor manufacturing, electronics assembly, aerospace, automotive electronics, and cleanroom environments continue to adopt miniaturized and sensitive electronic components, the need for accurate static and charge control has become more critical than ever. These precision instruments […]

How to Get Precise High-Voltage Readings with Electrostatic Voltmeters

Precise High-Voltage Readings with Electrostatic Voltmeters

Accurately measuring high voltages is crucial in a variety of industries, including electronics and aerospace, materials research, and electrostatics. The difficulty is in capturing extremely high voltages without overloading the circuit, producing errors, or jeopardizing operator safety. This is when Electrostatic Voltmeters (ESVs) come in handy. Electrostatic Voltmeters are extremely sensitive instruments developed for non-contact, […]

Why Your Lab Needs an Electrostatic Field Meter for Precise Static Control?

Electrostatic Field Meter

An electrostatic field meter is a specialized instrument designed to measure static electricity (electric fields) present on surfaces, materials, and in the surrounding environment. These meters provide real-time data, helping lab technicians identify problem areas, implement corrective actions, and ensure equipment is safe from electrostatic damage. Electrostatic field meters are non-contact, which means they detect […]