Real time PCRLD-LRTP-A10is a 96 well capacity PCR machine with, wide temperature range, and fast speed dual colour scanning mod. The adjustable automatic hot lid with auto opening/closing ensures constant pressure for various tube heights. It offers wide range of block temperature. With its unique block dissipation technology, it provides precise temperature control and thermal gradient which easily optimizes PCR assays.
SKU Code: LD-LRTP-A10
Socket | USB Adapter; Bluetooth Adapter |
Tablet | Microsoft Surface 2 pro |
Program | Max 20 Segments for Each Program, Max 99 Cycles |
Scan Mode | Entire Plate or Designated Line |
Scan Period | 5.5 sec |
Power Supply | 100 to 240 V, 50/60 Hz, 600 W |
Ramping Rate | 4.0 ℃/sec |
Dynamics Range | 10 to 1010 Copies |
Operation Mode | Continuous |
Sample Capacity | 12 × 8 (96 wells with 0.2 ml each) plate, 96 × 0.2 ml tubes (Bottom Transparent) |
Feature Function | Absolute Quantification; Relative Quantification; SNP Analysis; Data Automatic Analysis; Melting Curve Genotyping; Gradient; HRM Multi-channel Crosstalk Correction; Background Correction; Automatic Gain; Customized Parameters |
PC Configuration | Memory : 512 M; Hard Disk : 10 GB; CPU : Pentium® 4; Virtual Memory : ≥ 1000 MB |
Temp. Uniformity | ≤ ± 0.3 ℃ |
Block Temp. Range | 4 to 105℃ (Minimum Increment: 0.1℃), SOAK Low Temp. Conservation Function |
Temp. Fluctuation | ≤ ± 0.1 ℃ |
Temp. Control Mode | BLOCK/Tube Simulation Mode (Automatic Control based On Sample Volume ) |
Emission Wavelength | 500 to 800 nm |
Hot-lid Temp. Range | 30 to 110℃ (Adjustable, default 105℃, Automatic Hot-lid ) |
Sample Volume Range | 5 to 100μl |
Gradient Temp. Range | 1 to 36 ℃ |
Excitation Wavelength | 300 to 800 nm |
Temp. Control Accuracy | ≤ ± 0.1 ℃ |
Detected Fluorescence | F1 : FAM, SYBR Green 1; F2 : VIC HEX TET JOE CY3 TAMRA; F3 : ROX TEXAS-RED; F4 : CY5 Quasar-670; F5 : CY5.5 Quasar-705 |
Dimension ( L × W × H ) | 410 × 386 × 352 mm |
Max. channels number of fluorescence detection | 5 channels |
Real time PCR is used for sequencing, genotyping, cloning, mutagenesis and routine applications that require quantification and characterization of nucleic acids in academic institutes, research centres, diagnostics and laboratories. |