MéCour has been at it for 14+ years now. We've been listening to customers and their various needs for reliable and stable temperature control for their plates, tubes, media bottles, you name it. We provide the temperature to it. For automation or benchtop applications in Big Pharma, BioTech or local academic institutions or start-up companies, it’s all the same. It doesn’t matter if the required temp is 4°, 37°, -80° or +250°C. All the circulators connect to MéCour Thermal Blocks in the exact same manner. The system technically operates in the same manner as well. No matter what you call them
laboratory temperature control tips & techniques
Tags: thermal control systems, circulators, thermal block, heating block, cooling block, Precise Temperature Control, Temperature Control, Temperature Stability, Controlled Freezing & Thawing
job based on its exterior size?
It seems like a never ending battle we wage at times with a number of interested potential customers and customer-hired consultants regarding the correct thermal circulator that will properly run a MéCour thermal system; especially one that must cool the application. MéCour takes seriously what our customers dictate for their application requirements and what their samples need to be maintained at.
Ever try and get odd sized media, reagent bottles or tubes controlled for temperature in an ice bucket or open circulating bath? Or better yet, store them in refrigerators or freezers, retrieve them and pray the sample stays “OK” cooled or heated while you run your application process?
How valuable are your samples and results to you? Do you really know how to pick a circulator to sustain the correct and required thermal control for your application? When you set the thermostat at 4°C are you positive the sample(s) are maintained at 4°C? Where are the temperature losses in your system?
Tags: thermal control systems, circulators, heating block, cooling block