Thermo Electron Introduces Next-Generation Temperature Control Platform

Thermo Electron Corporation, an industry leading producer of analytical and process instrumentation, announced today the introduction of the HAAKE DynaMax™ temperature control system for critical laboratory and pilot applications. DynaMax units dissipate heat from exothermic, chemical reactions much faster than other products in their class and were developed to provide high performance and safety with greater ease of use and lower maintenance requirements.

The HAAKE DynaMax platform incorporates next-generation technology that withstands the most stringent laboratory requirements. In addition to fast cooling and heating rates, units can maintain precise temperatures over a wide temperature range.

“We took speed and accuracy to a new level when we designed the HAAKE DynaMax platform,” said Scott Merrow, product marketing manager for Thermo Electron. “The platform is designed to meet a variety of demands in the laboratory environment, and the first units are ideal for cooling jacketed reactors and large rotary evaporators. The units are adaptable, dynamic and extremely fast while incorporating simple operating features, easy serviceability and a high safety standard.”

Specific benefits of the DynaMax platform include:

• Extremely fast temperature cooling and heating
• Precise temperature stability
• High heating and cooling capacities
• Interfaces for external control
• Ease of operation
• Wide temperature ranges

Specific applications of the DynaMax temperature control system include:

• Jacketed reactors
• Large rotary evaporators
• Reaction calorimetry
• Fermentation
• Cooling analytical equipment

With over 75 years of experience in the industry, Thermo Electron has a proven record of success in the production of temperature control systems, including its HAAKE and NESLAB lines. The HAAKE DynaMax platform expands on this expertise with the highest levels of speed, performance, and adaptability.

For more information about the HAAKE DynaMax platform, please visit:www.thermo.com/dynamax.