Ohaus Enviro-Genie SI-1203 Temperature Controlled Incubator Shaker with Rocking and Stirring Functions

The Ohaus Enviro-Genie SI-1203 is a versatile temperature controlled incubator shaker designed for precise control in applications such as nucleic acid incubation, protein expression studies, cell culture agitation, and molecular diagnostics workflows. Featuring a robust coated metal enclosure with rubber feet and a rotating platform, it supports rocking, rotating, and stirring motions, compliant with various laboratory protocols including hybridization and ELISA plate mixing.

• Temperature control: Digital control with ±0.2°C accuracy and 0.1°C increments, maintaining a stable uniformity of 0.5°C across the chamber.
• Temperature range: 4°C to 75°C, suitable for live-cell imaging sample preparation and enzyme reaction incubation in biotechnology and synthetic biology research.
• Chamber volume: 24 liters (0.86 ft³) with inner dimensions of 254 mm x 260 mm x 362 mm (LxHxW).
• Motion specifications:
• Rocking speed: 2 to 70 rpm
• Rotating speed: 1 to 35 rpm
• Stirring capacity: 2 x 1 L volumes; up to 4.5 kg (10 lb) centered load for rotating/rocking
• Display & operation: Independent LED and LCD displays; supports 100, 120, and 230 VAC inputs with included power cord and RS232 communication interface for remote control and data logging.
• Safety & calibration: CE certified with visible and audible alarms for temperature and time, plus temperature calibration support for critical biomanufacturing applications.
• Accessories: Compatible with optional stackable wire racks to increase shelf space, clip plates for various tube sizes (10–30 mm), magnetic blot boxes, microtube boxes, wireless Bluetooth kits, and serial cables.

Optimized for rigorous biotechnological procedures, this incubator shaker is essential in gene editing, molecular cloning workflows, and bioprocessing environments requiring reliable temperature uniformity and multiplex agitation options. Its multifunctionality makes it vital for research fields such as clinical diagnostics, synthetic biology, and biomedical engineering, offering precise and reproducible incubation conditions.