Thermo Scientific MaxQ Stackable Incubated and Refrigerated Shaker: The Ultimate Solution for Precise Temperature Control and Shaking

Thermo Scientific SHKE8000-7 MaxQ Stackable Incubated and Refrigerated Shaker

Product Overview:

The Thermo Scientific SHKE8000-7 MaxQ Stackable Incubated and Refrigerated Shaker is a high-performance laboratory shaker designed for demanding applications requiring precise temperature control and vigorous shaking. Its innovative design and advanced features make it an ideal choice for cell culture, microbiology, and other life science research.

Features and Specifications:

Stackable Design: Allows for space-saving vertical stacking of multiple units, maximizing laboratory space utilization.
Temperature Range: -10°C to 60°C, with precise temperature control (±0.1°C) for optimal growth conditions.
Shaking Speed: 20 to 500 rpm, with adjustable speed and orbit diameter (19 mm or 25 mm) for various shaking applications.
Capacity: Accommodates up to 6 x 2 L flasks or 12 x 1 L flasks, providing ample capacity for large-scale cultures.
Digital Display: Intuitive digital display provides real-time monitoring of temperature, speed, and time.
Programmable Timer: Allows for precise control of shaking duration, ensuring consistent and reproducible results.
Quiet Operation: Minimizes noise levels, creating a comfortable working environment.
Easy Cleaning: Stainless steel interior and removable platform facilitate easy cleaning and maintenance.

Benefits:

Enhanced Cell Growth: Precise temperature control and vigorous shaking promote optimal cell growth and viability.
Space Optimization: Stackable design maximizes laboratory space, allowing for more experiments to be conducted simultaneously.
Versatility: Adjustable shaking parameters and temperature range accommodate a wide range of applications.
Convenience: Digital display and programmable timer simplify operation and ensure reproducibility.
Reliability: Durable construction and advanced technology ensure long-lasting performance.

Improving Research Outcomes: Precise temperature control and vigorous shaking enhance cell growth and experimental reproducibility.
Saving Space: Stackable design optimizes laboratory space, allowing for more efficient use of resources.
Simplifying Workflows: Intuitive controls and programmable timer streamline operation, saving time and effort.
* Ensuring Reliability: Durable construction and advanced technology provide peace of mind and minimize downtime.