Internal vibration free heating technology
Vibration-free operation for more demanding applications such as Super Resolution Microscopy, Electrophysiology, or the simple use of a 60x or 100x lens – eliminating vibration has obvious benefits!
Zeiss Inverted Microscope Incubation Systems
Zeiss 780 Confocal Grenoble, France
Extended Temperature Range – Great Thermal Homogeneity
Thermal Control for Enhanced System Stability
Multiple System Configurations
Leica Inverted Microscope Incubation Systems
Leica DMi8 Incubation Systems Variants
Leica DMi8 SP8 Confocal Southampton, England
Of the two designs that are table mounted, one is designed to allow the researcher greater access to the microscope by removing the main front panel of the incubation system. This is typically used in Super Resolution configurations. These systems have been designed to allow full access to the microscope controls without having to move any silicon flaps or open any doors, through the use of an internal panel.
Multiple System Configurations
Olympus Inverted Microscope Incubation Systems IX81, IX73 and IX83
Olympus IX71 TIRF Paris-Sud, France
Crick Institute London
Nikon Inverted Microscope Incubation Systems Ti-E single and double layer
Nikon Ti-E Crest Birmingham, England
Andor Spinning Disk System
Andor Spinning Disk and Nikon Ti-E ENS Paris
Perkin Elmer Spinning Disk System
Crest Spinning Disk System
Witec Raman and AFM Microscope
Abberior STED Microscope System
Stage Top Heater Solutions
Heated Insert ASI Stage Birmingham, England
Open Heated Inserts
Intravital Microscopy Imaging System
CO2 Gas Controller Systems
This system is designed to meet the CO2 requirements of several microscope systems. It has an enhanced pumping system, and is supplied with 6mm OD tubing and flow controllers to supply up to three microscopes, provided the total flow distance is less than 15 meters. The flow rate can be controlled internally over four flow setting using a simple rate dial. The easy to use front panel shows the CO2 CONC SET, and the CO2 CONC ACTUAL. The range of the system is 0.1-20%.
Designed to meet the CO2 requirements of a single microscope system, it features a long life internal pump. Again the flow Rate can be controlled, with four flow setting including OFF without turning the controller OFF. This feature means you can be ready to go at any time. Again the CO2 concentration range is 0.1-20%. Optionally Relative Humidity Monitoring and control is also possible.
This system is designed to control the CO2 concentration within a whole incubation system. It must be used in conjunction with one of our SuperSealTM Incubation Systems. In this configuration CO2 is delivered directly into the sample area. CO2 concentration is measured close to the sample are. These systems are designed for applications requiring complete access to the sample, for example for the addition of a drug or other perturbing material during a time lapse experiment.
Designed for hypoxia studies, this system measures CO2 and O2 concentration within the sample area. Microprocessor based technology maintains CO2 concentration in the range 0-8% range is 0.1-20% and O2 concentration in the range 21% to 1.0%. Direct measurement in the sample area provides clear and obvious benefits over measuring gas concentrations at a distance.
- High Performance NIRD CO2 detector used to monitor concentration.
- Long life pump provides excellent gas delivery.
- Microprocessor controlled concentration levels- No Guess work
- Only 100% CO2 gas supply required for full operation- No O2 or N2 required.
Is Vibration Free Operation Really So Important?
Better Focus Stability
How can I be sure that the temperature across my 96 well dish is constant?
Wider Temperature Range- Is it Important?
Reliability Really Is Important!
Cleaner Sample Environment
- Vibration Free Operation- No fans required- Better Reliability
- Internal Heaters – Reduced Sample Contamination- Reduced Optical Contamination
- Dual Heaters – Reduced Temperature Gradients Enhanced Homogeneity Across the Sample
- Wider Temperature Range- Ambient through to 45 oC- Wider Range of Samples Not Possible with other Systems.
- Small Equipment Footprint- No Messy Tubes or Pipes
- Large Area Incubation Available
- Greener, Cleaner Technology –
- Power Usage 60% less than fan based systems
- Less dirty air, cleaner optics
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