• Volume adaptation: Software automatically adjusts heat exchange according to differences in     sample volumes.
• New multipoint temperature monitoring allows more accurate and uniform temperature     control throughout the heating block.
• Gradient function: Creates a temperature gradient across the sample block.
• Sample preservation: After completion of experiment, the system can automatically     refrigerate samples until they are moved to storage.
• Use of direct current power supply improves thermal efficiency and reduces power     consumption by 30%.
• Improved optics: Greater efficiency in fiber optic system provides reduced signal to noise     ratio.
• Automatic hot lid: Provides constant pressure and software-managed temperature control.
• Configuration upgradable: Manual version of the instrument can be upgraded to automatic.     Systems can be upgraded from 1 wavelength to 4 wavelengths.
• Numerous data ports: USB and Ethernet connections for PC data interface.
• Multiple tube styles the sample block will accept several styles of 0.2ml tubes including 8-    tube strips.
• Data protection system preserves experimental data if there is a power interruption during     operation.
• Automatic amplitude adjustment the instrument detects the fluorescence strength in the     samples and automatically adjusts to the correct system sensitivity.
• New software new generation software provides even greater convenience and more     powerful functions.
• Upload software instructions define experiment instructions with easy-to-use PC-based     software, and then upload to instrument.
• Overheating protection if the operating environment exceeds the temperature range for     operation within specification, the instrument will shut down.