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  • Real Time PCR LRTP-B40

Real Time PCR LRTP-B40

Sensitive and reliable fluorescence quantitative PCR detection system delivers an unsurpassed performance, its large sample size increases productivity. Wide fluorescence wavelength range with innovative eight channel design, it optimizes thermal performance and maximizes convenience during operation.
Sample Capacity : 96-Well PCR plate12*8-strip 96*0.2ml(Bottom Transparent)
Emission Wavelength : 500-800nm
Excitation Wavelength : 300-800nm
Sample Volume Range : 9 ~100μl
Program : Max 20 Segments for Each Program, Max 99 Cycles
Dynamics Range : 10~1010Copies
Detected Fluorescence : F1:FAM, SYBR Green I F2:VIC, HEX, TET,
cycler red F7,F8 for Customized
Block Temp. Range : 4~105 ℃ ( Minimum Increment: 0.1 ℃ ), SOAK Low
Temp.Conservation Function
Temp. Control Accuracy : ≤±0.1 ℃
Temp. Fluctuation : ≤±0.1 ℃
Temp. Uniformity : ≤±0.3 ℃
Heating Rate : 4.0 ℃/sec
Temp. Control Mode : BLOCK/Tube Simulation Mode (Automatic Control based On
Sample Volume )
Gradient Temp. Range : 5 ~36 ℃
Hot-lid Temp. Range : 34 ~110 ℃ (Adjustable, default 105 ℃, Automatic Hot-lid
Fluorescence Detection Repeatability : 0.05
Operation Mode : Continuous
Scan Mode : Entire Plate or Designated Line
Scan Period : 5.5sec (F1/F2 96 plate scan)
Operation System : Microsoft: Windows2000/XP/vista/Windows7 Software:
Excel2003/2007 Access: 2003/2007
PC Configuration : Memory:512M; Hard Disk:10GB; CPU:Pentium® 4; Virtual
Power Supply : 100-240V ~ 50/60Hz 600W
Dimension ( L×W×H ) : 430x395x352mm
Socket : RS 232C Adapter, USB adapter (optional), Bluetooth adapter
  • Ferrotec Peltier cooler with improved efficiency and longer life
  • Patented block dissipation technology gives excellent temperature uniformity
  • Eight individual filters cover wide range of wavelength
  • Wide range of block temperature 4-105C with SOAK low temperature function Easy data transfer via USB and Bluetooth
  • Upto 96 well capacity with fast speed dual colour scanning
  • Temperature gradient control upto 36C gradient
  • Panoramic view of experimental results
  • Baselinethreshold and linreg analytical methods for individual analysis of each sample
Ideal solution for sequencing, genotyping, cloning, mutagenesis and routine applications that require quantification and characterization of nucleic acids in academic institutes, research centres, diagnostics and laboratories.

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