Chinese wholesale Veterinary Pulse Oximeter – Cheap fluorescent quantitative PCR machine AMPCR04 thermal cycler – Amain Detail:
Quick Details
The 96-well fluorescent quantitative PCR detection system allows real-time detection of amplified DNA.
Application areas include research into the human genome, forensics, cancer, tissue, population biology, palaeontology, zoology and botany and in clinical diagnosis of virus,cancer and genetic diseases.
PCR detection system belongs to IVD medical equipment, which is to use the polymerase chain reaction to perform quantitative analysis of different genes in a clinical laboratory
Packaging & Delivery
Packaging detail:Standard export package Delivery detail:within 7-10 workdays after receipt of payment |
Specifications
Cheap fluorescent quantitative PCR machine AMPCR04 Applications
The 96-well fluorescent quantitative PCR detection system allows real-time detection of amplified DNA.
Application areas include research into the human genome, forensics, cancer, tissue, population biology, palaeontology, zoology and botany and in clinical diagnosis of virus,cancer and genetic diseases.
PCR detection system belongs to IVD medical equipment, which is to use the polymerase chain reaction to perform quantitative analysis of different genes in a clinical laboratory.
Fluorescent quantitative PCR machine AMPCR04 Features
Novel and human-orientated running interface for smooth operation.
The adopted fluorescent real-time detection mode realizes simultaneous
amplification and detection in the same tube without need of post experimental treatment.
Advanced thermoelectric technology ensures fast and steady heating and cooling of the ultra-fast heat cycling system.
Multi-point temperature control ensures consistent temperature of 96 sample wells.
It can create a temperature gradient with 4 Thermo electric modules.
Stable and accurate 1~36C gradient function makes optimising PCR conditions simple and easy.
The constant temperature function of SOAK enables low-temperature storage of PCR reagents.
It uses maintenance-free long life LED excitation light source.
The advanced fibre optic transmission technology makes the photo-electric detection system very sensitive and reliable.
Precise optical path system and ultra-sensitive PMT system provide the most
accurate and sensitive fluorescent detection.
It can create a real-time dynamic monitor of the entire PCR amplification process.
It has high linear range up to 10 orders of start DNA copies without serial dilution.
It is unnecessary to open the PCR reaction tube, ensuring samples are protected from contamination during and after PCR and ensures accurate results.
Multiplexing is possible.The hot-lid technology allows for oil-free operation of PCR.Automatic hot-lid technology needs no manual opening/closing and ensures constant pressure of the hot-lid used with different height reaction tubes or plates.User friendly interface with flexible programme setting and analysis and reporting using the stored parameters.
It can print out one or more sample report(s).
Automatic, correct and timely remote networked services provide the latest technical support.
Unique patented advanced module bottom fluorescent detection technology.
Product detail pictures:
Related Product Guide:
Our target should be to consolidate and improve the high-quality and repair of current goods, in the meantime regularly produce new solutions to meet unique customers' needs forChinese wholesale Veterinary Pulse Oximeter – Cheap fluorescent quantitative PCR machine AMPCR04 thermal cycler – Amain, The product will supply to all over the world, such as: Bangladesh, Sao Paulo, Cyprus, We aim to become the modern enterprise with the commercial ideal of "Sincerity and confidence" and with the aim of "Offering customers the most sincere services and best quality products". We sincerely ask for your unchanged support and appreciate your kind advice and guidance.
By Nydia from Philippines - 2017.08.18 18:38
A good manufacturers, we have cooperated twice, good quality and good service attitude.
By Eleanore from Indonesia - 2018.06.18 19:26