The UN Series large-capacity orbital shakers have been specifically developed to meet the demands of high-volume biological processing, providing laboratories with a robust and reliable platform for scaling research activities and workflows. This instrument is designed to handle large sample quantities through a high-performance motor-driven system that generates consistent and precise orbital oscillation. It creates a dependable controlled environment essential for the efficient cultivation of microorganisms, cells, tissues, and other biological samples in large batches, making it an indispensable tool across demanding scientific fields, from large-scale biological research and high-throughput medical testing to comprehensive agricultural analysis and wide-ranging environmental programs.
Description
• Solid mechanical structure for high loads: the ability to reliably handle large volumes is based on robust engineering design. Key mechanical components are precision-manufactured from finely processed ductile iron using advanced molding processes, ensuring excellent inherent stability and significantly contributing to long service life even under continuous and heavy-duty operation. Overall performance is further supported by the careful selection of high-quality internal components known for their stability and reliability.
• Engineered for smooth orbital motion: stable and low-vibration orbital agitation is achieved through advanced single-axis five-dimensional dynamic balance drive technology. This system is designed to minimize mechanical friction loss, ensuring very low noise levels, high energy efficiency, stable performance even at full load, and long operational life, providing optimal mixing performance for large-scale cultures.
• Intuitive 7-inch touchscreen control center: precise management of large-scale experiments is enabled through a responsive and intuitive 7-inch color touchscreen display. The central interface allows simultaneous monitoring of key operating parameters and ensures smooth human-machine interaction. It includes a wide range of integrated features such as one-touch screen lock, real-time clock display, temperature and speed calibration, flexible scheduling settings, adjustable backlight, automatic stop upon door opening, parameter memory with recall, and execution of fixed-value or multi-step programs.
• Integrated multi-layer safety system: safe operation is ensured through multiple layers of protection for operators, samples, and the instrument:
Operator protection: advanced leakage and overcurrent detection technology automatically cuts off power in case of electrical anomalies.
Sample protection: a highly sensitive speed monitoring system detects uncontrolled variations; in such cases, it triggers audible and visual alarms and automatically stops operation to prevent damage or experimental failure.
Extended operational safeguards: additional protection features include emergency stop button, hardware and software interlocks for safe operation, dedicated audible and visual alarms for overspeed and stall conditions, as well as comprehensive protection devices against short circuit, electrical leakage, and overload.
• Practical design and data management features: the UN Series features a streamlined aesthetic developed through advanced molding processes, offering a simple yet spacious structure ideal for efficiently handling large workloads in laboratory environments. Workflow efficiency and compliance can be enhanced through optional USB data export for recording and analysis, along with optional 3Q verification for quality assurance requirements.