MJ Research PTC-220 DYAD PE

Listing description

The dual-bay Dyad™ cycler adds ease-of-use features such as a window-driven interface, point-and-click programming, real-time temperature graphs and a high-density color display to the range of compatible options for tens of thousands of DNA Engine system owners. The system maintains the well-accepted thermal performance of the DNA Engine family of cyclers, while offering a wider variety of choices in capacity, networking protocols, and user interface.
Featuring world-class thermal performance, the Dyad™ also boasts graphical programming and a color display, as well as point-and-click navigation via touch pad or mouse. The Dyad can be easily and economically expanded to a four-bay system with the addition of a Dyad Disciple™ thermal cycler.
Features:
Dual-bay cycler accommodates any combination of more than ten different Alpha™ sample blocks, with an incredibly small footprint; the internal power supply requires 200-240 V
Ethernet capability allows instant updating of new software features
Expandable with a Dyad Disciple cycler to a four-bay system under full control of the Dyad user software, capable of running up to eight independently controlled blocks (when equipped with four Dual Alpha™ blocks)
All DNA Engine family thermal cyclers offer interchangeable sample blocks, unprecedented thermal performance, and operational controls that facilitate incorporation of these cyclers into a variety of laboratory environments, including automated settings.
Advantages of all DNA Engine® family thermal cyclers:
Sample Blocks
Interchangeable Alpha unit sample blocks are designed for frequent change; they can be swapped in seconds and seat many types of reaction vessels
Independently controlled dual blocks are available for running two different protocols simultaneously
Gradient capability is standard on all DNA Engine systems when fitted with 96-well Alpha units
Unique Peltier heat pumps are built in-house specifically for cycling; years of experience and proprietary technologies make MJ modules last longer than any other
Multizone feedback control utilizes multiple sensors combined with four “zones” for heating and cooling to optimize thermal profiles every 50 ms
Performance
Extraordinary well-to-well temperature uniformity of ±0.4°C within 30 sec of arrival at 90°C, (±0.5°C for dual-block Alpha units)
Superb thermal accuracy, average temperature across sample block within ±0.3°C of NIST standard at 90°C, (±0.4°C for dual-block Alpha units)
Thermal range of 0°C to 105°C (4°C to 100°C for Slide Chambers™ unit)
Rapid ramp rates of up to 3.0°C/sec
Operation
Two thermal control options: block control or calculated control
Choice of two heated-lid designs that accommodate many vessel types and various sealing options, allowing maximum flexibility in experimental designs—heated lid temperatures can be set with any DNA Engine instrument
Manual Hot Bonnet® heated lid with a unique thumbwheel for adjusting height and pressure
Moto Alpha™ units can be remotely commanded to open, close, and adjust height and pressure—alternatively, they may be opened and closed with the touch of a button for highly repeatable sealing

*See additional information: MJ PTC-220 DNA Engine Dyad Peltier Thermal Cycler Operations Manual

This equipment is located in US