Home
Applications
Tube Rack Products For Drug Screening
Biological Assays
Enzymatic Applications
Genomics Applications
Cell Culture
Tube-Based Assays
Chromatography
Vessel Applications
Automation
Microbiological
Thermal Optimization
Automation
Automation & SBS Compliant
ADME Automation - TOX & Kinase Screens
Apoptosis & Necrosis
Cell Screening & Microsomal Assay
DNA Plasmid Preparation
Endotoxin Assay & ELISA Assay
Protein Denaturation
MAPKAP Kinase
Media Buffer Storage
Potency Testing & In-Vitro Sensitivity
Sample & Plate Storage
Seed Culture Preparation
Automation Partners
Automation & Mass Spec LC/GC
Hydrogen Deuterium Exchange
Controlled Freezing - Thawing
Ultra Low Temp Solutions
Hydrogen Deuterium Exchange
Controlled Freezing / Thawing
Enzyme Kinetics & Denaturation Study
Media Preparation
Sample Plate & Tube Storage
Metabolite Extraction Methods
Seed Culture Prep - Low Temp
Minimize Degredation of Metabolites
Product Catalog
Microplates
Thermal Inserts
Test Tube Racks
Standard Format
Design Specific
Reagent & Media Bottles
Mass Spec LC/GC
Ultra Low Temp Solutions
Partners
FAQ
Thermal Blocks & Circulators
How Thermal Blocks Get Their Temperature
Set Thermal Block Temperature
Temperature Range For Thermal Blocks
Plate Temperature Stability
Choosing A Circulator
Cooling Heating Both Temperatures
Have Different Temperatures
How Fast Can Temperatures Be Achieved
Circulator Interface
Monitor Thermal Block Temperature
Difference Between Peltier And MeCour Thermal
Size of Thermal Block
Expand Size Of Thermal System
Thermal Block Insulation
Leaks Related To Using A Circulator
Cleaning A Circulator
Thermal Fluid Type
MaCour Global Sales
Circulator Specs
Temperature Stability
Ordering
Order What You Need
Thermal Inserts Function
Open Well Series Thermal Block
Prevent Edge Effect
Control Evaporation
Prevent Condensation
Thermal Block Tube Capacity
Thermal System Design
Location Of Quick Disconnect Fluid Fittings
Thermal Block And Shaker Or Magnetic Stir Plate
Odd Or Large Size Vessels
Benchtop Thermal Block On An Automated Deck
About
Events
News
Blog
Contact Us
Featured Videos
Introducing MéCour’s temperature control systems video series.
Ordering
How do you order what you need ?
What are “Thermal Inserts” and why do I really need them?
What is the “Open Well” series type Thermal Block?
Can you prevent “edge effects” on plates?
Can you control evaporation or condensation build up?
What causes condensation and how to prevent it?
How do Thermal Blocks accommodate tubes and how many can be maintained?
Can MéCour provide a thermal system that would cover my entire deck?
Do I have a choice where the Quick Disconnect fluid fittings go on the Thermal Block?
Can the Thermal Block work on a shaker or magnetic stir plate?
What about “odd or large size vessels” and can we get a Thermal Block made?
Can I take the “Benchtop Thermal Block” and place it on to an automated deck?
Q: Can the Thermal Block work on a lab shaker or stir plate?
A:
Yes. Need to know type of laboratory shaker or magnetic stir plate you have. If you don’t have one, we will recommend one and integrate the Block on to the lab shaker / stir plate platform. Let us know how many RPM’s you require.
