New Brunswick Scientific Classic Series C76 High-Temperature Water Bath Shaker

New Brunswick Scientific Classic Series Model: C76 High-Temperature Water Bath Shaker MFG no: M1248-0002 Sn: 990323929 Made in USA Condition is used. Power on. Comes with power cord and lid. New Brunswick Scientific Classic Series C76 High-Temperature Water Bath Shaker The New Brunswick C76 is a highâperformance, highâtemperature water bath shaker designed for reliable, uniform shaking and precise temperature control. Built for demanding laboratory applications, it is ideal for research in molecular biology, biochemistry, microbiology, and industrial laboratories. Key Features High-Temperature Operation â Capable of reaching elevated temperatures for specialized incubation and heat-based studies. Precision Temperature Control â Digital or analog controls (depending on configuration) maintain consistent water bath conditions for repeatable results. Orbital Shaking Action â Ensures thorough mixing and uniform sample exposure to temperature, making it ideal for bacterial growth, hybridization, and other temperature-sensitive processes. Rugged Stainless-Steel Construction â Corrosion-resistant bath chamber with easy-to-clean surfaces, ensuring long life and minimal maintenance. Variable Speed Control â Adjustable shaking speed accommodates a wide range of experimental requirements. Safety Features â Equipped with overâtemperature protection and low-water level alarms for safe operation. Typical Specifications (May vary slightly depending on exact configuration) Temperature Range: Ambient +5â¯Â°C to ~80â¯Â°C (high-temperature capability for specialized applications) Shaking Speed: Typically adjustable from ~50 to 250 RPM Platform Size: Generous area to accommodate multiple flasks, racks, or culture vessels Capacity: Large-volume water bath suitable for high-throughput sample processing Construction: Stainless steel tank, heavy-duty drive mechanism, and insulated housing Applications Bacterial and yeast culture growth Enzyme and protein studies requiring stable temperatures DNA/RNA hybridization Temperature-sensitive incubation with simultaneous agitation Heat-based chemical and biological reactions requiring uniform conditions