Thermo Fisher Scientific

Solaris™ Open Air Serisi Platform Orbital Çalkalayıcılar

Protect your process with the Thermo Scientific™ Solaris™ 2000 and Solaris™ 4000 Platform Orbital Shakers that set the new standard for reliability and technical innovation. The shakers, which are designed to withstand tough use, have basic features that save you time, protect your process and always take your scientific studies to the next level with their new ergonomic design.

Application Areas
  • Molecular biology and biochemistry applications
  • Precision microbe and chemical processing
  • Special microbe and plant cell culture

Features

  • Variable speed control from 15 to 525 rpm
  • Accepts loads up to 42 lb. on the 2000 and 84 lb. on the 4000 with single platforms
  • Operate in temperature ranges of 0° to 40°C (104°F), 20 to 80% noncondensing humidity
  • Can be used in a variety of incubators, warm rooms, environmental chambers and refrigerators
  • Feature a maintenance-free, solid-state DC brushless motor
  • Unbalanced load sensor stops platform motion when excess vibration is detected and visual/audible alarms signal until condition is corrected
  • Programmable features allow for up to 99 unique saved programs for easy set up and reproducibility
  • The full-color touchscreen display allows you to clearly view speed and runtimes concurrently, even from a distance
  • Historical monitoring of alerts, alarms and interaction logs to provide greater security and reproducibility for your work
  • USB and Ethernet connections for monitoring and data output
  • Engineered to perform with a reduced noise level
  • Easy-to-remove platforms that make cleaning fast and easy
  • Featuring rounded corners, you can clean the unit quickly and completely with confidence
  • Continuous or timed operation
  • Soft-start feature eliminates sudden starts and stops, splashing of vessel contents or wetting of flask closure
  • Retains parameters during power failure and restarts unit automatically after power is restored











 

Solaris™ Open Air 2000 - Solaris™ Open Air 4000 Orbital Shakers

Various Platforms for Your Needs

Thermo Fisher Scientific™ Solaris™ Platform Orbital Shakers feature a small footprint that help save valuable benchtop space. Engineered to perform with a reduced noise level in a wide range of environments, units operate in a temperature range of 5°C to +40°C and humidity conditions from 20 to 80% non-condensing.

  • Solaris 2000 Series shakers ship with a 12 x 14 inch (30.5 x 35.6 cm) universal platform
  • Solaris 4000 Series shakers ship with a 18 x 30 inch (76.2 x 45.7 cm) universal platform
  • Additional platform sizes and dual stacks are also available.
 





 

Advanced User Interface with Power User Programming

Users can program Solaris™ Orbital Shakers quickly and safely, saving unique routines and setpoints for future reuse. This built-in efficiency helps you save time while optimizing shaker resources.
The only touchscreen user interface in its class is easy to read and operate. The full-color touchscreen lets you see speed and run times simultaneously, clearly, even from afar.
It also provides historical monitoring of alerts, alarms and interaction logs to provide greater security and repeatability for your business. With Solaris™ Orbital Shakers you can set, run and monitor vital stats with each tap of the screen. Graphing capabilities allow you to track the history of your run.












 


Solaris™ Open Air Platform Orbital Shakers Application Areas

Molecular Biology and Biochemistry Applications

Solaris™ Open Air Platform Orbital Shakers are your benchtop work machines operating in ambient conditions for mixing, dyeing, hybridization and washing.





 

Precision Microbe and Chemical Processing

Solaris™ Orbital Shakers fit easily in a laboratory refrigerator or cold room environment for agitated stability testing or mixing, as well as washing and staining delicate proteins and chemicals.






 

Special Microbe and Plant Cell Culture

Solaris™ Orbital Shakers are ideal for liquid shake incubation of insect, algae, plant and fish cells as well as microorganisms when placed in a reinforced rack within the microbiological incubator or environmental chamber.





 

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