EYELA NDS-520 Dry Heat Sterilizer with 163L Chamber Capacity

The EYELA NDS-520 Dry Heat Sterilizer is a precision laboratory oven designed for dry heat sterilization processes critical in biotechnology, molecular diagnostics, and bioprocessing workflows. It features a 163-liter stainless steel chamber with internal dimensions of 600 × 544 × 500 mm, suitable for heat-treatment of glassware, powders, and metal instruments used in gene editing and synthetic biology labs. The device operates reliably within an ambient temperature range of 5 to 35 °C, ensuring consistent sterilization conditions.

Key specifications include:

• Chamber volume: 163 L, enabling sterilization of multiple or large items simultaneously.
• External footprint: compact at 700 × 643 × 875 mm (width × depth × height), with protrusions considered for spatial planning.
• Weight: 65 kg, allowing stationary benchtop or floor placement in clinical diagnostics or biomanufacturing facilities.
• Electrical requirements: 13 A current at 1.3 kVA power draw, powered by AC 100 V, 50/60 Hz supply ensuring compatibility with standard laboratory electrical infrastructure.

This unit is offered in used condition and sold as-is, which requires careful consideration of operational status to maintain performance standards in critical molecular biology sterilization workflows. The sterilizer’s dry heat mechanism is ideal for applications where moisture-sensitive materials must be processed without the risk of condensation, making it essential for cleanroom environments and live-cell imaging components sterilization.

Widely adopted in biomedical engineering and clinical research, the EYELA NDS-520 supports essential sterilization tasks in biopharmaceutical production pipelines and synthetic biology research labs. Its robust design and controlled temperature range make it suitable for bioprocessing applications requiring precise thermal sterilization without chemical residues.

This model is important for labs seeking reliable dry heat sterilization for materials incompatible with autoclaving, ensuring integrity in molecular cloning workflows and biotech manufacturing environments.