Real-Time Quantitative PCR LX17RTP

Description

Real-Time Quantitative PCR LX17RTP is designed with the concept that it combines Fresnel lens optical signal acquisition technology and time-resolved signal separation technology. It has a new optical signal detection system and unique time-resolved scanning that can reduce non-target sample optical signal collection and it has an LED light source that is efficient and maintenance-free. It supports the application of all common QPCR detection modes.

Specifications

Sample capacity(wells)
0.2ml PCR tubes x 96.8 x 12 PCR plate or 96 well plate x 1
Reaction volume
10-50 μl
Thermal cycle technology
Peltier
Heating temperature range
4 °C ~ 100 °C
Max heating/cooling rate
6 °C / sec
Average heating/cooling rate
2.2°C / sec
Temperature accuracy
±0.2℃
Temperature uniformity
± 0.2 °C @ 60°C, ± 0.3 °C @ 95°C,
Gradient range
30 ~ 100 °C
Gradient difference range
1 ~ 36 °C
Excitation source
4 Monochrome high efficiency LEDs
Detector
PMT
Detection method
Time resolved signal separating technology
Excitation wavelength range
455-650nm / 510-715nm
Fluorescent channels
4 Channels
Supported dye
FAM/SYBR green, VIC/JOE/HEX/TET, ABY/NED/TAMRA/Cy3, JUN, ROX/Texas red mustang purple, Cy5/LIZ
Sensitivity
Single Copy Gene
Resolution
1.33 folds copy number difference can be distinguished in single Plex Qpcr
Dynamic range
10 order of magnitude copies
Power usage
AC 100 to 125 V / 200 to 240 V (50/60 Hz)
Dimension (W x D x H)
950 x 650 x 750 mm
Weight
45 kg
Features
  • Up to 4 fluorescence detection channels meet the requirement of multiplex PC
  • Having features like 5 target gene detection in 96 samples
  • New optical scanning detection system
  • Highly sensitive / resolution
  • Effectively reduce multi-color crosstalk and edge effect so that no ROX correction is required
  • Innovative scanning method and time-resolved signal separation technology
  • Highly accurate
  • Unique design, user-friendly operating system
  • One-stop process and solution
Applications
  • Used for quantitative analysis for real-time PCR in diagnosis of clinical diseases, animal diseases, food safety, research purposes, etc.