Research and development laboratories often handle prototype circuit boards, experimental sensors, microelectronic components, and custom electronic assemblies that may be expensive or difficult to replace. Because experimental work frequently involves changing setups and unfamiliar materials, electrostatic control procedures need to accommodate different equipment configurations and testing activities. SISCO ESD testers can support laboratory personnel by providing measurement tools for evaluating selected static-control conditions. Wrist strap testers help verify compatible personnel grounding arrangements, while surface resistance meters provide information about the electrical characteristics of suitable benches and materials. Handheld electrostatic field meters can also assist with investigations involving charge accumulation on specimens, fixtures, or insulating surfaces. These capabilities are useful when preparing a new experimental workstation, comparing material options, or investigating an unexplained component failure. Researchers can establish measurement checkpoints before sensitive devices are installed or manipulated, reducing dependence on assumptions about the condition of protective equipment. Where experiments involve repeated testing, recording instrument readings and environmental conditions may also help researchers understand variations between sessions. Laboratory users should select instruments according to the measurement range, required accuracy, test geometry, and environmental limitations associated with the application. Electrostatic discharge testers do not replace established laboratory safety procedures or component-handling requirements, but they can contribute important information to them. For electronics research centers, university laboratories, product development departments, and engineering test facilities, SISCO ESD testers offer practical support for disciplined experimentation and the protection of valuable prototype hardware.