Pharma Industry


Medical equipment Industries


Precise temperature control is vital to proper medical equipment functionality. At Dry Chill, we work to ensure that your medical equipment maintains the appropriate temperature for your environment and your equipment. Whether your equipment is manufactured by Siemens, Philips, Varian or others, Dry Chill has the right chiller for the job.

 
 

Laboratory research Chiller


Dry Chill manufactures and distributes air cooled lab chillers for any application. Standard units are in stock with and without pump and reservoir, and higher efficiency than ever before. Dry Chill Chiller can be portable or customized. Portable chillers can be used for multiple applications, and be wheeled to each station with convenience. Units are light-weight, and have small foot prints which make it easier to maneuver around other equipment.

Standard and custom chiller systems are available. Our products builds recirculating chillers for laboratory applications to meet your our client’s needs.

Some Common Lab Applications:

Reaction vessels
Extractors
Diffusion pumps
Lasers
Sputtering systems
Cooling Analytical Instrumentation
 
 

Antibiotic Medicine


Dry Chill offers several options for Pharmaceutical Chillers. Depending on the inlet temperature requirement into the pharmaceutical process, an air cooled chiller can complete the requirement. From simple headache pills to sophisticated antibiotics and complex cardiac compounds, almost every type of medicine is now made with an application that requires chilled water. Our Standard and customized chiller available as per requirement. If portability is needed, Dry Chill offers portable Chiller.

 
 

MRI MACHINE


The magnet inside MRI machines has to stay cool in order for the machine to work efficiently. Air and water-cooled medical chillers both work well for MRI machines, but they transfer heat to different areas. Water-cooled chillers transfer heat to a water source such as a plant chilled water system or cooling tower. Air-cooled chillers transfer heat to the surrounding ambient air, and they work well for facilities that don’t have a water source.

 
 

CT Scans

CT scanners have an x-ray tube that heats up fast and requires about 10 to 30 minutes of cooling time. This cooling time delays patient care and increases medical costs. Without this cooling time, the machine could operate more efficiently and help more patients. Medical chillers keep CT scanners cool so that they don’t require cooling time.

 

PET scans


PET scanners produce three-dimensional images of body processes, and they also generate too much heat. Like CT scanners, they require medical chillers to operate continuously for long periods of time.
 
 

Oncologu Linear Accelerators

These machines produce x-rays with electromagnetic waves that accelerate charged particles. Their x-ray tubes generate a great amount of heat, and the tubes require chilled water circulating around them at all times.