iEi Integration PAC-53G 3-Slot Embedded PC Compact Chassis for ICP-MS Systems

The iEi Integration PAC-53G is a robust 3-slot half-size embedded PC chassis engineered specifically for precision instrumentation such as ICP-MS (Inductively Coupled Plasma Mass Spectrometry) systems. This compact controller housing supports a Via C3 Processor on a single board computer (SBC) form factor, making it ideal for embedded applications in analytical laboratories focused on molecular diagnostics and bioprocessing workflows.

Key technical features include:

• Three expansion slots compatible with half-size CPU cards for flexible hardware augmentation.
• Two front-panel USB ports facilitating peripheral connectivity essential for data acquisition devices.
• A dedicated 2.5-inch internal HDD/SSD bay supporting reliable, high-speed storage solutions critical for managing large datasets in biomanufacturing environments.
• Integrated LPT and COM I/O ports, enabling legacy instrument communication and automation interfaces widely used in biotechnology research and clinical diagnostics.
• Sturdy heavy-duty metal construction with a white finish designed to withstand rigorous laboratory conditions and ensure electromagnetic compatibility.
• Power and HDD indicators to assist in real-time system monitoring during continuous analytical workflows.
• Fully RoHS compliant design, safeguarding environmental standards while meeting industrial safety requirements.

The PAC-53G chassis offers a compact footprint (26.39 cm x 14.4 cm x 25.2 cm) and lightweight design (4.8 kg), facilitating seamless integration into laboratory instrumentation systems where space-saving embedded computing is critical. This embedded chassis is critical in biopharmaceutical production pipelines, widely adopted for its adaptability in synthetic biology and gene editing laboratories requiring stable and expandable PC enclosures tailored for complex analytical instrumentation.

This solution supports the evolving needs of researchers in cell imaging, neuroimaging, and fluorescence analysis applications, providing a reliable platform for embedded computing tasks intrinsic to advanced biotechnology and molecular biology environments.