Smart Gradient PCR DW-B960  (Polymerase Chain Reaction)

Reliable guarantee for the accuracy of the temperature

Specifications

Gradient PCR:
1. 12 channel temperature probes detect simultaneously
2. Adopt the Windows CE operation system
3. Adjustable lid

12 channel temperature probes detect simultaneously, which ensure thehomogeneity of sample temperature. The hermeticspace technique can efficiently eliminate PCR margin reaction. The technique of outside temperature probe tracing the inside curve testing can effectively ensure the accuracy of sample temperature.

Temperature extended control mode which is closer to required experiment temperature control and is able to effectively avoid the system error caused by the disaccord of the temperature points among the instrument’s display temperature, actual block temperature and the temperature required for reagents. So as to improve the accuracy of the experiment and ensure the high efficiency. Strict temperature control debugging program makes sure that each instrument can meet the needs of different experiment.

Feature :

Convenient and flexible module replacementmode

Sealed sample design for low temperature preservation, clean and dry .

Two-stage hot lid pressure regulator,ensures good sealing performance.

Gold-plated or silver-plated module,improves the efficiency of heat conduction,makes the experiment more effective.

Large size and color super-high-definition LCD screen.

Intuitive and user-friendly interface,makes programming quick and easy.

Infinitely adjustable lid knob, suitable for various types of the tube.

Memory function in case of power-down.

Low noise, low energy consumption, long application life.

Heated lid could be stopped at any angle.

Metal material lid, more reliable and safe.

Hard disk and mouse can be linked.

Linked with PC for its multiple control.

Windows operating system.

Convenient, free-charge program upgraded.

Long distance trouble judgment.

Achieve Circulation nesting.

110-220V international general voltage.

Parameter :