PCR instrument

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The portable fluorescence quantitative PCR instrument is not only a high-performance detection device, but also a key tool to promote the on-site, grassroots, and intelligent development of molecular detection. Under the full escort of professional double helix services, it can free users from tedious operations and focus more on testing itself and scientific research. It is an ideal choice for modern laboratories and on-site testing personnel who pursue efficiency and accuracy.

Product Details

The portable fluorescence quantitative PCR instrument is a high-performance, intelligent, and portable fluorescence quantitative PCR detection device. It deeply integrates the company's core PCR temperature control module and high-sensitivity fluorescence detection system, dedicated to providing reliable and accurate detection solutions for fields such as food safety, aquaculture, pet medicine, plant quarantine, and scientific research.

1、 Core advantages and characteristics:

Reliable results:

The instrument adopts precise temperature control technology and sensitive fluorescence detection system to ensure amplification efficiency and detection accuracy. It can stably output quantitative data with high repeatability and high reliability, providing solid data support for your decision-making and research.

Compact design, portable and portable:

The body is only about 15 centimeters long, and the overall weight is as light as 3.2 kilograms, compact and lightweight as a laptop. This miniaturized design breaks through the limitations of laboratory space and is very suitable for on-site rapid testing, grassroots unit use, and experimental scenes that require flexible movement.

Intelligent operation and convenient interaction:

Integrated control: The device is equipped with a large-sized high-definition LCD touch screen and integrates intuitive and user-friendly operating software. Program settings, operation monitoring, and data analysis can be completed on the host without connecting to a computer.

Omnichannel connectivity: supports multiple connection methods including USB, Wi Fi, Bluetooth, and wired networks. Remote real-time monitoring and operation can be carried out through exclusive computer software, tablet or mobile applications, allowing users to grasp the experimental process anytime and anywhere and obtain results in a timely manner.

Fully functional, safe and stable:

*Software system: The built-in software not only provides fast temperature control, but also has * data analysis function. It can complete result analysis on a single machine and can be directly connected to a printer to output reports.

Flexible experimental design: supports diverse experimental procedures and detection requirements, and adapts to detection methods in different fields.

Thoughtful power outage protection: It has a unique power outage protection function, which can effectively protect experimental data from loss in case of accidental power outage, ensuring the continuity and data integrity of the experiment.

2、 Widely applicable scenarios:

With its core advantages of speed, accuracy, and ease of operation, it is widely used in:

Food safety: detection of pathogenic microorganisms (such as Salmonella, Staphylococcus aureus, etc.), identification of genetically modified ingredients, and identification of food ingredient adulteration.

Aquaculture: Monitoring, seedling quarantine, and risk control of prevalent pathogens such as white spot syndrome virus in shrimp and infectious hematopoietic organ necrosis virus in fish.

Pet healthcare: Rapid diagnosis of common pet infectious diseases such as canine parvovirus and feline distemper virus, assisting in precise clinical treatment.

Plant protection: Early detection and identification of crop disease pathogens.

Scientific research: applicable to basic and applied research that requires quantitative analysis of genes.

3、 Core technical details and performance

Precision temperature control system: using semiconductor Peltier heating/cooling technology, combined with high-precision temperature sensors, to ensure high temperature uniformity between reaction wells and fast heating and cooling rates, which is the physical basis for ensuring PCR amplification efficiency and data repeatability.

Sensitive optical detection: Integrated multi-channel fluorescence detection module, capable of capturing weak fluorescence signal changes in real time, achieving full monitoring from template to product, ensuring the accuracy of quantitative results and a wide dynamic range.

System integration and validation: The instrument undergoes strict performance validation before leaving the factory to ensure that key indicators such as temperature control accuracy and optical detection sensitivity meet standards, providing a stable and reliable platform for the adaptation and standardized operation of subsequent testing kits.

4、 Intelligent workflow experience

Experimental setup: Intuitively set the reaction program (temperature and time for denaturation, annealing, and extension), select the fluorescence channel, and define sample information on the touch screen or remote terminal.

Operation monitoring: After startup, users can view the real-time operation status, current temperature curve, and fluorescence signal accumulation of the instrument through multiple terminals such as mobile phones and computers, achieving "offline monitoring without leaving the machine".

Data analysis and reporting: After the operation is completed, the instrument's built-in software can automatically adjust the baseline, set the threshold, calculate Ct values, and generate amplification curves, melting curves (if supported), and standard curves (for absolute quantification). The data can be analyzed on-site and transmitted directly through Wi Fi or connected to a printer to output reports, greatly improving the efficiency from experiments to conclusions.

5、 Core value created for users

For on-site testing personnel: Its portability has changed the traditional mode of PCR testing that must be sent back to the central laboratory, shortening the testing time from "days" to "hours" and achieving rapid emergency response and on-site decision-making.

For grassroots laboratories: The integrated and easy operation, as well as the built-in analysis function, reduce the high requirements for the molecular experimental background of operators, significantly lower the technical threshold and usage cost, and enable the popularization of precise molecular detection capabilities.

For researchers: flexible interconnection methods and reliable performance make it a supplementary equipment for pre experiments, rapid screening of field samples, or teaching demonstrations, enhancing research efficiency and flexibility.

For quality control system: In scenarios such as food safety and breeding farms, high-frequency internal process monitoring and risk screening can be carried out to help establish a more proactive and proactive biosafety defense line.