About ESD Table
In electronics industry, offered ESD Table finds its application, as it is mostly being used in such devices where electronic assemblies are required. It is developed by using the aluminum alloy as raw material. This rectangular shapes equipment has the excellent polished surface finishing and used for industrial applications. It comes in the range of thickness from 14mm up to 22mm. Offered type of ESD Table has the conductive table surface, which makes the testing of circuits and other connection applications easier. This is comparatively safer to use and also power effective in nature. Without spending the larger chunk of the earning our clients can avail this device.
Features of ESD Table:
- Its conductive surface provides low impedance discharge
- Rapid discharge of impedance results in the high current
- It has dissipative surface
- This can be availed in different dimensions
Product details
| Finish | Polished |
| Shape | Rectangular |
| Material | Aluminum |
| Usage | Industry |
| Thickness | 14 - 22 mm |
Customizable Safety and VersatilityEngineered with an ESD-safe laminate top and a reliable aluminum frame, this table ensures electrostatic protection and resilience against chemicals. Choose from a range of widths and features such as adjustable shelves, drawers, and accessories to fit diverse workspace requirements, from laboratories to manufacturing areas.
Durability Meets Modern Industrial DesignThe table incorporates a durable construction and a corrosion-resistant surface to withstand years of demanding use. Its ergonomic T-frame and PVC edge banding enhance both user safety and furniture longevity. Combined with an integrated ESD grounding socket, it sets a new standard for commercial environments.
Efficient Assembly and MaintenanceSupplied as knock-down/modular units, these tables allow for easy transportation, installation, and reconfiguration. The modular approach means quick assembly, minimal downtime, and flexible adjustments as workplace needs evolve. Routine surface maintenance keeps it looking and performing like new.
FAQ's of ESD Table:
Q: How does the ESD table protect sensitive electronic components?
A: The ESD table features an antistatic laminate top with a surface resistivity between 10^6 and 10^9 Ohms, safely dissipating static charges. An integrated ESD grounding socket ensures proper grounding, protecting sensitive electronics from static discharge during assembly or testing.
Q: What customization options are available for the ESD table?
A: You can tailor the table with optional features such as adjustable shelving, drawers, power sockets, tool storage, bin rails, and overhead lighting. The dimensions, load capacity, table top thickness, and even the color can be customized to meet specific workspace and application requirements.
Q: Where is this ESD table best utilized?
A: This ESD-protected table is ideal for electronic assembly lines, research and development labs, testing areas, and manufacturing facilities. Its robust and modern design also suits commercial environments like assembly areas or professional workspaces that require static-safe furniture.
Q: What is the process for setting up and assembling the ESD table?
A: The table is delivered in a knock-down/modular format for simple and efficient assembly. With the provided instructions, setting up involves connecting the modular parts, fastening the hardware, and installing any selected accessories, making the process straightforward.
Q: What are the benefits of the integrated ESD grounding socket?
A: The integrated ESD grounding socket offers direct and secure ESD protection by allowing users to ground themselves and their tools, reducing the risk of damage to electronic components from static discharge. It streamlines the setup and ensures compliance with safety protocols.
Q: How durable and resistant is the ESD table's surface?
A: The table's ESD safe laminate and the use of corrosion-resistant materials like aluminum protect against chemical spills and everyday wear. The PVC edge band further guards the table from impacts, making it highly durable even in intensive commercial or laboratory settings.