Cytiva Rocker with Tray 20 and Lid 20 for Xuri W25 System – Temperature-Controlled Laboratory Rocker

The Cytiva Rocker designed for the Xuri W25 System is a precise laboratory rocker optimized for cell culture and bioprocessing applications requiring controlled agitation and environmental conditions. Key features include:

• Rocking speed range: Adjustable from 2 to 40 rpm to accommodate diverse cell culture protocols including live-cell imaging and biotechnology workflows.
• Rocking angle control: From 2° to 12°, allowing customizable gentle to moderate agitation crucial for uniform nutrient distribution in biomanufacturing and molecular diagnostics setups.
• Rocking speed profile: Variable from 15% (near constant angular velocity) to 100% sinusoidal pattern, enabling fine-tuned agitation dynamics important in synthetic biology research.
• Media weight capacity: Supports 0.5 to 25 kg, suitable for a wide range of culture volumes and bioprocess scales.
• Precision scale accuracy: ±(0.050 + 1% load) kg in single mode and ±(0.1 + 6% load) kg in dual mode, ensuring reliable media weight monitoring integral to biopharmaceutical production pipelines.
• Temperature sensor: Equipped with Pt100 Class A sensor for accurate temperature measurement between 2°C and 50°C.
• Temperature control: Maintains from ambient +5°C up to 40°C with ±0.2°C accuracy, critical for applications including molecular cloning and cell imaging under stringent thermal conditions.
• Setpoint differential: Dual mode maximum 10°C difference at ambient 21°C, modulated with ambient temperature to maintain stable environmental conditions.
• Physical specifications: Compact dimensions of 404 x 205 x 560 mm (WxHxD) and sturdy 24 kg weight, compatible with standard laboratory setups.

This rocker is essential for biotechnology laboratories engaged in gene editing, synthetic biology research, and biomanufacturing workflows, providing consistent and reproducible agitation with integrated temperature control. The device is widely adopted in molecular diagnostics and live-cell culture systems, facilitating optimal cell growth and experimental reliability.

Ideal for researchers and laboratory professionals seeking a robust, versatile rocker solution for delicate cell culture and scalable bioprocessing protocols.