ESD Magazine Racks

ESD Magazine Racks are designed for the safe storage, organization and handling of assembled Printed Circuit Boards (PCBs) in SMT and electronics manufacturing environments.

The rack is manufactured using ESD-safe plastic material to help protect electrostatic-sensitive PCB assemblies from static discharge during storage and handling.

Each magazine rack can accommodate up to 50 PCBs, keeping individual boards separated in dedicated slots. This organized arrangement helps reduce PCB-to-PCB contact and supports efficient material handling between different stages of production.

The adjustable construction allows the magazine width to be configured according to PCB size requirements. Screw-type and gear-type adjustment variants are available, making the rack suitable for different PCB production and handling requirements.

ESD Magazine Racks are widely used for PCB storage and circulation in SMT assembly, electronics manufacturing, production lines and work-in-progress storage areas.

Technical Specifications

Key Features

• ESD-safe PCB storage solution
• ESD plastic construction
• Up to 50 PCB storage capacity
• Adjustable rack configuration
• Screw-type adjustment option
• Gear-type adjustment option
• Three popular rack sizes available
• Helps organize assembled PCBs
• Individual PCB slot arrangement
• Helps reduce direct PCB-to-PCB contact
• Suitable for repeated production use
• Suitable for SMT manufacturing environments
• Supports organized work-in-progress storage
• Convenient PCB handling and circulation

Applications

• Assembled PCB Storage – Designed for organized storage of assembled printed circuit boards.
• SMT Production Lines – Suitable for holding and circulating PCBs through different SMT manufacturing stages.
• PCB Assembly – Used for organized PCB storage during electronics assembly operations.
• Work-in-Progress Storage – Provides temporary storage for PCB batches between production processes.
• PCB Transportation – Suitable for organized movement of PCBs within manufacturing facilities.
• Pick-and-Place Process – Can be used for organizing boards before and after component placement.
• Reflow Process – Suitable for PCB handling and organization around reflow production operations.
• PCB Inspection – Keeps PCB batches organized before and after inspection.
• PCB Testing – Suitable for organizing boards during electrical and functional testing.
• Loader & Unloader Systems – Magazine-style PCB racks are commonly used with compatible SMT PCB loader and unloader equipment.
• Electronics Manufacturing – Suitable for PCB storage and material handling throughout electronics production.
• Production Material Management – Helps maintain organized PCB batches and improve material flow across manufacturing departments.