6-Position Logic Driven Pedestal Cassette Tray Automated Handler w/ Ribbon Cable

6-Position Logic Driven Pedestal Cassette Tray Automated Handler w/ Ribbon Cable

This is a 6-position logic driven pedestal cassette tray designed for precision automated cassette handling in semiconductor processing or similar high-precision manufacturing environments. The unit consists of a black anodized aluminum tray platform mounted on a steel pedestal base, with a motorized or solenoid-driven logic interface for automated cassette positioning. A ribbon cable harness terminates in a red Molex connector for control system integration. A green LED status indicator is mounted at the corner of the tray platform.

Specifications & What's Included

• Number of Positions: 6
• Drive Type: Logic driven (motorized / electrically actuated)
• Form Factor: Freestanding pedestal mount
• Tray Platform: Black anodized aluminum plate
• Pedestal Base: Steel, fixed upright mount
• Mechanism: Linear slide rail with adjustable mounting bracket assemblies (2 visible bracket sets on platform)
• Electrical Interface: Ribbon cable harness with red Molex connector
• Status Indicator: Green LED at platform corner
• Brand: Unbranded / OEM (no manufacturer markings visible)
• Includes: Attached ribbon cable harness and Molex connector

Applications

Logic driven pedestal cassette trays are used in semiconductor wafer fabrication, flat panel display production, and precision electronics manufacturing as part of automated material handling systems. In these environments, cassette trays transport and position wafer cassettes or substrate carriers between processing stations — such as deposition, etch, and inspection tools — with minimal manual handling to reduce contamination risk. The logic-driven actuation allows the tray position to be controlled by a host system or PLC, enabling timed or sequenced cassette loading and unloading. Pedestal-mounted designs like this one elevate the cassette platform to a working height compatible with tool load ports or conveyor interfaces. Units of this type were common in cleanroom automation cells and semiconductor equipment clusters from the 1990s onward and continue to appear in legacy fab environments and research settings today.