Shel Lab S16R-HS-2 Shaking Incubator

This listing is for a Shell Lab S16R-HS-2 Shaking Incubator.The unit is in full working condition and is ready for immediate release.Supplied with CO2 Bottles and Trolley.The Shell Lab S16R-HS-2 Shaking Incubator is expertly crafted for the continuous growth of biological organisms, making it ideal for various research applications. Here’s a rundown of its standout features:Key Features:Generous Capacity: With a 92-liter capacity, the S16R-HS-2 is well-suited for accommodating larger experimental setups, perfect for microbiology and cell culture studies.Standard Voltage Compatibility: Operating on 110/120 volts allows easy integration into most lab environments without the need for special electrical installations.Adjustable Orbit: The incubator offers an adjustable orbit, providing the flexibility to switch between a vigorous 0.5-inch stroke for enhanced mixing and a gentle 1-inch stroke for delicate cultures. This versatility supports various cell types and their specific oxygenation needs.Counter Balance Weighting System: This unique feature ensures smoother operation by adjusting to off-center loads, varying capacities, and stroke lengths, reducing vibration and enhancing stability—especially important for delicate cultures.Precise Temperature Control: Essential for biological growth, the incubator maintains stable temperatures, which can be critical for experiments requiring strict environmental conditions.Compact Footprint: Its small footprint makes it an excellent choice for labs with limited space, allowing for efficient use of available work areas.Static Incubation Capability: Includes shelf space to accommodate static incubation while shaking, providing additional flexibility for experimental setups.Comprehensive Alarm System: Equipped with alarms for temperature, RPM, and timing, users are promptly notified of any deviations, ensuring that conditions remain optimal for growth.Overtemperature Protection: This feature includes a safety thermostat, providing an extra layer of protection to prevent overheating and ensuring reliability during long-term experiments.