New Brunswick Excella E24R Refrigerated Incubator Shaker with Orbital Motion

The New Brunswick Excella E24R is a refrigerated benchtop incubator shaker designed for precise temperature-controlled orbital shaking, ideal for molecular biology, biotechnology, and bioprocessing applications. It supports a temperature range from 15°C below ambient (minimum 4°C) up to 60°C, accommodating both cooled and heated shaking workflows essential for cell culture, microbial cultivation, protein expression, and enzyme reactions.

Key features include:

• Orbital shaking driven by a quiet brushless DC motor with a 1.9 cm orbit, allowing speeds from 50 to 400 rpm, with controlled acceleration/deceleration to minimize sample disturbance, critical for reproducible results in live-cell imaging and synthetic biology research.
• A spacious 18 x 18 inch platform supporting flasks up to 2.8 liters, offering flexibility for multiple vessel sizes and large-scale culture setups, widely used in biopharmaceutical production pipelines.
• Precise temperature uniformity of ±0.1 °C at 37 °C, crucial for maintaining consistent culture conditions during extended incubation periods.
• User-friendly microprocessor control interface enabling direct adjustments of temperature, speed, and runtime with a timer of 0.1 to 99.9 hours, supporting long bioprocessing runs and molecular diagnostics workflows.
• Memory protection ensures settings are restored after power interruptions, maintaining protocol integrity during critical experiments.
• Compact footprint with dimensions 22 x 30 x 24 inches and a weight of 180 lbs, suitable for crowded laboratory benches focused on biotechnology and biomedical engineering applications.

This incubator shaker is widely adopted in synthetic biology research and molecular cloning workflows, offering reliable performance for bioprocessing and cell metabolism studies. Its combination of temperature control and orbital shaking makes it essential equipment for laboratories focused on fluorescence analysis, live-cell analysis, and scalable biomanufacturing processes.