Ohaus Enviro-Genie SI-1202 Temperature-Controlled Incubator Shaker with 230V European Plug

The Ohaus Enviro-Genie SI-1202 is a versatile temperature-controlled incubator shaker designed for precise sample incubation and agitation in biotechnology, molecular diagnostics, and bioprocessing workflows. This benchtop unit features an integrated digital temperature controller with an accuracy of ±0.2 °C and uniformity of 0.5 °C, enabling reliable thermal environments from 4 °C to 75 °C.

Key technical features include:

• Multi-mode agitation options: Stir, reverse stir, rock, rotate, and shake using accessories, supporting speeds from 1 rpm up to 70 rpm, suitable for suspension cell culture and enzyme reactions.
• Capacity: Supports up to 2 x 1 L stirring volumes or a maximum load of 4.5 kg (10 lb) for rotating/rocking applications.
• Chamber volume: 24 liters (0.86 ft³) with inner dimensions of 254 mm x 260 mm x 362 mm (LxHxW).
• Display and Controls: LCD digital display with precise 0.1 °C increments and visible/audible alarms for temperature and time monitoring.
• Construction and Accessories: Robust coated metal enclosure with rubber feet and a rotating platform, equipped with clip plates compatible with 10–30 mm tubes, magnetic microtube boxes, and optional stackable wire racks to enhance incubation space.
• Environmental and Power Specs: Operates within 0 °C–38 °C ambient temperature at 95% relative humidity, non-condensing. Supplied with a 230 V, 2.5 A, 50/60 Hz power input and European plug. RS232 communication interface available for integration.

The Enviro-Genie SI-1202 is critical in biotechnological research for molecular cloning workflows, gene expression studies, and ELISA plate incubation. Its reliable temperature and agitation control make it suitable for sensitive applications such as nucleic acid incubation, immunostaining, protein expression, and Western blot processing. This equipment is widely adopted in laboratories focusing on synthetic biology and biopharmaceutical production pipelines, ensuring reproducibility and effective sample processing.