Nanbei SHZ-D(III) Water Circulation Vacuum Pump with Multi-Outlet and Integrated Vacuum Gauge

The Nanbei SHZ-D(III) water circulation vacuum pump is engineered for stable and efficient vacuum generation in laboratory applications including molecular diagnostics and bioprocessing workflows. Key technical features include:

• Flow rate: 20 L/min, providing consistent vacuum capacity crucial for sensitive laboratory procedures.
• Maximum vacuum: 0.098 MPa, facilitating effective air evacuation for applications such as cell culture setups and synthetic biology experiments.
• Water lift capacity: Up to 8 meters, supporting various vacuum line configurations in biotech and analytical labs.
• Power: 180 W with a copper motor for enhanced durability and extended operational lifespan.
• Construction: Durable, corrosion-resistant plastic housing designed to withstand aggressive laboratory environments common in biomanufacturing and molecular cloning workflows.
• Vacuum ports: Five simultaneous vacuum outlets increase operational efficiency in multi-user laboratory settings or multi-process integrations.
• Integrated vacuum gauge: Enables precise vacuum monitoring critical for maintaining experimental accuracy.
• Water tank capacity: 15 L, allowing reliable continuous operation with water circulation that reduces noise and conserves resources—an advantage in prolonged biotechnology research protocols.
• Electrical supply: 220 V / 50 Hz, compatible with standard laboratory power systems.
• Dimensions: Compact size at 400 x 290 x 440 mm and a weight of 15 kg, facilitating easy installation and integration into crowded laboratory spaces.

Ideal for biotechnology laboratories, clinical diagnostics, and biomedical engineering environments requiring dependable vacuum sources, the Nanbei SHZ-D(III) supports essential processes such as molecular cloning, gene editing workflows, and biopharmaceutical production pipelines. Its multi-outlet design and stable vacuum performance make it widely used in synthetic biology research and biochemical analysis applications.