Touch Thermal Cycler (Gradient) MTTCG-1C with customized 8 pcs long service life Marlow (US) peltier heating units, allows double block gradient function by forming 4 circuits to control 4 temperature zones. With 5°C/s maximum ramping rate, this cycler saves operation time of user. Its 8 inch TFT touch screen with graphical real time display. With Windows OS, PC control function, print function, large storage capacity, USB connection, this cycler meets latest experimental demands.
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Capacity
Double (each block with) 48×0.2ml
Block Temperature Range
0 to 100℃
Temperature Control Accuracy
≤ ± 0.1 ℃
Ramping Rate Adjustable
0.1 to 5℃
Temperature Uniformity
≤ ± 0.2 ℃
Heating Rate
5 ℃/s
Cooling Rate
4 ℃/s
Temperature Control Mode
Block \ Tube
Gradient Temperature Range
30 to 100℃
Gradient Unformity
≤ ± 0.2 ℃
Gradient Accuracy
≤ ± 0.2 ℃
Gradient Spread
1 to 30℃
Hot-lid Temperature Range
30 to 110℃
Hot Lid Height Adjustable
Stepless Adjustable
Maximum number of Steps
30
Maximum number of Cycles
99
Time Increment/Decrement
1 sec to 9 min 59 sec
Temperature Increment/Decrement
0.1 to 9.9℃
Program
10000+(USB FLASH)
Pause Function
Yes
Auto Data Protection
Yes
Print
Yes
LCD
8 inch,800×600 Pixels, 16 colors TFT touch screen
Communication
USB 2.0 , LAN
Power Supply
85 to 264 V AC , 47 to 63 Hz , 600 W
Dimensions ( L × W × H )
380 × 240 × 260 mm
Weight
8.5 kg
8” TFT color screen for easy monitoring
High heating and cooling rate
Two blocks independently control and runs 2 different PCR programs simultaneously
Step less adjustable hot lid with pressure protection
Built in in 11 standard program file template for quick editing of files
Real time display to show running status of experiment
One-click quick incubation function to meet different experimental needs
Internal flash memory for 10000 typical PCR files
User-friendly setting for hot lid temperature and hot lid work mode
Auto restart after power failure
Easy view of actual and target temperatures in real time
Support USB and LAN to update software
Supports email alert function when experiment is over
Widely used in advanced PCR applications across research and development, animal and plant tissue culture, food science, pharmaceuticals, life science, and analytical laboratories.