Orbital Shaker LOS-B16

No, the LOS-B16 is compact and space-efficient, with dimensions of 280 × 270 × 110 mm. It's designed to fit on any standard laboratory benchtop without crowding workspace. Despite its small footprint, it delivers powerful performance with a 7 kg weight that ensures stability during operation. It’s perfect for busy labs where every inch of space counts.

The LOS-B16 is powered by a direct brushless DC motor for smooth, quiet, and maintenance-free operation. Its LCD display shows time and speed clearly, and a one-touch knob makes parameter adjustments intuitive. It offers a shaking speed range of 50–300 rpm with gentle orbital motion for reliable results. When the set time is over, an alarm sound alerts the user, adding an extra layer of safety. With options for multiple tray types, it’s engineered for precision and flexibility in any lab.

This orbital shaker features a programmable timer ranging from 1 minute to 99 hours and 59 minutes, making it perfect for both short-term mixing and long-duration experiments. It withstands cell culture agitation or chemical reactions, and it handles extended runs with consistent performance. Its digital time control system ensures accuracy and repeatability. When time is up, the device gives a clear audio alert for user convenience.

The brushless DC motor in the LOS-B16 is durable, energy-efficient, and requires no maintenance compared to brushed motors. It offers stable, vibration-free shaking, critical for sensitive applications like microbial culture or molecular analysis. This motor also extends the instrument’s life while delivering quiet, reliable performance. It’s designed for high-precision tasks without the worry of mechanical wear.

No, the Orbital Shaker LOS-B16 is designed to be energy-efficient. It operates with a 45W power consumption, which is relatively low for its performance class. It runs on a standard AC100–240V, 50/60Hz power supply, ensuring compatibility and energy savings in most lab environments. Its brushless DC motor enhances energy efficiency while maintaining powerful, consistent shaking.