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Laminar Flow and Containment Equipment
ESD-Safe Laminar Flow Clean Bench
A clean-air electronics bench combining HEPA-filtered product protection with a grounded static-dissipative work surface and optional balanced ionization.
- Static-Dissipative Worktop
- Grounded Conductive Frame
- Optional Air Ionization
- Separated Power and Grounding
Product Introduction
The ESD-safe clean bench adds a controlled electrical path to the standard clean-air workspace. Its static-dissipative laminate or conductive stainless work surface connects to a dedicated grounding point, while optional overhead ionizers neutralize charge on insulated parts. Electrical outlets and signal connections are routed separately from grounding hardware to keep the workstation organized. The filtered airflow protects particle-sensitive electronics; the ESD features address charge control without changing the bench into a hazardous-material enclosure.
Key Features
Dedicated wrist-strap and equipment-ground terminals keep personal grounding visible and accessible.
Optional balanced ionizing bars address charge on plastics and other isolated surfaces.
Insulated power channels keep mains wiring separate from signal and ground leads.
A grounding continuity point supports routine checks of the bench bonding network.
Customer Product Concerns
Particle control alone does not prevent electrostatic attraction, latent device damage or discharge from isolated materials.
Plastic carriers retain charge even when the bench frame is grounded.A balanced ionization option neutralizes isolated surfaces in the clean airflow.
Operators connect wrist straps to improvised metal points.Clearly positioned ground terminals provide a defined personal grounding connection.
Power cables mix with sensitive measurement leads.Separated utility channels keep mains, signal and grounding paths organized.
Static status becomes uncertain after bench relocation.An accessible bonding point allows continuity and resistance checks after installation.
Typical Applications
Semiconductor component inspectionPrinted circuit board assemblySensor and detector packagingPrecision electronics repair in clean areas
Technical Parameters
Typical configurable construction ranges for an ESD-safe laminar flow clean bench are listed below.
| Core Material | Powder-coated steel cabinet with conductive aluminum frame sections and a static-dissipative phenolic worktop |
|---|---|
| Panel Thickness | 25-40 mm double-wall cabinet sections |
| Effective Width | 900-1800 mm clear ESD working width |
| Maximum Length | Up to 2400 mm overall bench width |
| Steel Facing Thickness | 0.8-1.2 mm powder-coated steel enclosure skins |
| Core Density | 1350-1450 kg/m³ solid phenolic worktop core |
| Thermal Conductivity | 0.25-0.35 W/(m·K) for the phenolic worktop core |
| Surface Finish | White powder-coated cabinet with grounded static-dissipative laminate work surface |
| Joint Type | Bonded cabinet seams with dedicated earth studs, conductive frame links and gasketed filter mounts |
| Customization | Available based on the intended application and operating environment. |
Available Options
Overhead balanced ionizing barWrist-strap grounding terminalsConductive stainless worktopESD-safe transparent side panels
Planning a ESD-Safe Laminar Flow Clean Bench specification?
Send us your dimensions, installation conditions, performance targets and required surface finish.
