MaxQ™ 435 (436) and 480 (481)
High Performance Refrigerated Incubated Shaker (Floor)

Solutions for high capacity requirements

• HEPA filtration for maximum protection from contamination
• Drain system with valve makes it easy to eliminate liquid, reducing the risk of water borne contamination
• Directed laminar airflow system for optimum temperature uniformity
• Crevice-free, stainless steel interior with coved corners for easy cleaning
• Viewing window offers sample visibility
• Access port in rear of cabinet allows insertion of probes, CO2 gassing manifolds or other equipment
• Foot pedal opens lid for hands free operation
• Floor models meet specified performance of 4°C to 60°C even in high ambient temperatures
• Low end temperature is achieved by the filtered front to back refrigeration air flow system

Microprocessor Control

• Operating temperatures:

• Displays run and setpoints of temperature, speed and time simultaneously on a 20-character backlit display
• Alphanumeric status messages on cycle status
• Menu-driven programming for quick, easy access to all parameters
• Audible/visual over- and undertemperature tracking and safety alarms ensure product protection
• Audible/visual, high/low rpm tracking alarms alert to speed deviations

High Performance

• Unique HEPA filtration system
• HEPA filter rated a minimum 95% efficient at 0.3μm for entrapment of extraneous airborne particulats
• Laminar airflow across the chamber aids temperature uniformity
• Low-end temperature achieved by filtered, front-to-back refrigeration system airflow

Unique Design

• Crevice-free, stainless-steel interior with coved corners for easy cleaning
• Drain system with valve in front of chamber for easy liquid elimination
• Lid opens by hand or by depressing foot pedal for hands-free operation when loading vessels
• Angled sides, lower front, and convenient platform height ensure a comfortable reach into chamber
• Thermal pane window provides a large 2.75 sq. ft. (0.3m2) viewing area
• Access port (back of cabinet wall) for probes, CO2 gassing manifold, or other equipment
• Optional shelf provides additional storage

 

Your cultures require optimum growth.

Even when the shaker is completely filled with samples, exceptional temperature uniformity is ensured thanks to laminar air flow and a HEPA filtration system.
The low-end temperature of 4°C is efficiently and effectively achieved with filtered front-to-back cooling system airflow. This design outperforms side-to-side and back-to-back airflow designs, even in high environments.

Your sample monitoring just got easier.

Thermo Scientific™ MaxQ™ High Performance Orbital Shakers have a backlit display that can be viewed in bright or dimly lit conditions. It includes both operating points and temperature, speed and time setpoints that can be viewed simultaneously, preventing switching from one display to the next.

Your cultures need to be protected.

That’s why our MaxQ™ High Performance Orbital Shakers feature set point security which restricts unauthorized or inadvertent changes to key functions. To ensure the safety of your samples, our shakers are equipped with alarm contacts allowing them to be connected to remote alarms making you aware of how the shaker is performing at all times, safeguarding both the shaker and contents.

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