iEi PAC-53G Half-Size Compact 3-Slot Embedded PC Chassis for Industrial Use

The iEi PAC-53G is a half-size compact chassis specifically engineered for embedding PC systems in industrial and life science laboratory environments, such as integration with X-Series IIICP-MS platforms. Constructed from robust heavy-duty metal with a white finish, the chassis ensures durability and minimal electromagnetic interference in sensitive biotechnological workflows.

Key technical specifications and features include:

• Three expansion slots for flexible hardware customization and peripheral attachments.
• Support for half-size single board computers (SBCs) with the included Via C3 processor, facilitating stable embedded computing performance.
• RoHS compliant design, promoting environmentally responsible manufacturing essential for green laboratory practices.
• Integrated 2.5" internal HDD/SSD bay to accommodate solid-state or hard disk drives with high data throughput vital for bioprocessing data logging and molecular diagnostics.
• Front panel equipped with two USB ports to support peripheral connectivity in biomedical engineering setups.
• Conveniently placed power switch, reset buttons, and LED indicators for power and HDD activity, enabling straightforward system monitoring.
• Compact form factor measuring 22 cm x 12 cm x 21 cm with a weight of approximately 4.8 kg, designed to fit into constrained laboratory spaces or biomanufacturing lines.
• Multiple I/O openings including one LPT and one COM port, expanding interfacing options for custom laboratory instrumentation.

The PAC-53G chassis is widely used across advanced life sciences applications, including synthetic biology research environments and molecular cloning workflows, where customizable embedded computer housing is critical. Its durable design and versatile slot configuration make it a preferred choice for embedding PC systems in clinical diagnostics and bioinformatics setups requiring reliable and compact processing units.

This embedded system enclosure supports integration within biotechnology research facilities, enabling bioprocessing equipment vendors and research scientists to deploy stable embedded computing platforms for experimental automation and data acquisition. Its compact and modular design ensures seamless embedding in clinical and analytic instrumentation, aligning with the stringent demands of molecular diagnostics and biomanufacturing pipelines.