Solaris™ Open Air Orbital Shakers

Solaris™ Open Air Orbital Shakers

The Solaris™ Open Air Orbital Shakers are expertly engineered to provide optimal performance in laboratory environments. Their cutting-edge design combines reliability with advanced features, making them an essential tool for any research setting.

Features

• Variable speed control from 15 to 525 rpm, allowing for precise adjustments to meet various experimental requirements.
• Robust load capacity: Accepts loads up to 55 lb. (25 kg) for the SK2000 model and 95 lb. (43 kg) for the SK4000 model with single platforms.
• Versatile operation in temperature ranges of 0°C to 40°C (32°F to 104°F) and from 20% to 80% non-condensing humidity.
• Compatible with a wide range of environments including incubators, warm rooms, environmental chambers, and refrigerators.
• Features a maintenance-free, solid-state DC brushless motor, ensuring quiet and reliable operation.
• Equipped with an unbalanced load sensor that halts platform motion when excess vibration is detected, and an alarm system signals until conditions are corrected.
• Programmable features allow for up to 99 unique saved programs, facilitating easy setup and reproducibility of experiments.
• The full-color touchscreen display enables simultaneous viewing of speed and runtimes, even from a distance.
• Historical monitoring of alerts, alarms, and interaction logs enhances security and reproducibility in your work environment.
• USB and Ethernet connections are available for comprehensive monitoring and data output capabilities.
• Engineered for reduced noise levels, ideal for quiet laboratory settings.
• Easy-to-remove platforms streamline cleaning processes for added convenience.
• Rounded corners facilitate thorough cleaning, allowing for quick and complete sanitation with confidence.
• Offers both continuous and timed operation settings to suit your specific experimental needs.
• A soft-start feature prevents sudden starts and stops, mitigating splashing of vessel contents and the wetting of flask closures.
• Retains operational parameters during power failures and automatically restarts the unit when power is restored.

Specifications

Additional Information