Safe storage of electronic equipment
Safe storage of electronic equipment (ESDS) requires a controlled environment that eliminates the risk of uncontrolled electrostatic discharges. It is essential to use grounded storage systems, such as esd racks and esd cabinets, which, thanks to conductive coatings and connection to the building’s grounding system, guarantee potential equalization and protect sensitive semiconductor structures from damage.
Continuity of anti-static protection in warehouse processes
Many component damages occur not during assembly, but during transport and storage. A professional approach to ESD protection assumes that every piece of warehouse equipment must be part of a common grounding system. By using industrial racks in an anti-static version, we ensure the safe discharge of energy that could accumulate on packaging. As a Polish manufacturer, Robtools ensures that every shelf and frame has a durable, conductive coating.
ESD cabinets and racks as a protective barrier
Proper storage also involves protection from external factors and accidental contact by unauthorized personnel. Specialized esd cabinets provide a physical and electrical barrier around valuable components. Inside these cabinets, charges are constantly dissipated to the ground point. Our Heavy Duty construction also guarantees high load capacity, allowing for the safe storage of heavy electronic packs without the risk of structural deformation.
Controlled mobility: Internal transport
Safe storage is often linked to moving components between the warehouse and the production line. For this purpose, esd trolleys are essential as mobile storage points. Equipped with conductive wheels and grounded shelves, they maintain the same electrical potential as the esd workstations. This prevents rapid sparks during component transfer, which are a primary cause of latent defects in electronics.
To provide the best experiences, we use technologies like cookies to store and/or access device information. Consenting to these technologies allows us to process data such as browsing behavior or unique IDs on this site. Not consenting or withdrawing consent may adversely affect certain features and functions.

