FAP6WAQDSC

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

What is FAP6WAQDSC? It is an acronym for “Flexible Autonomous Protein, 6-axes Manipulation, Development System and Control”, and it is a robotic system designed for the manipulation and control of biomolecules in solution and in living cells. FAP6WAQDSC is a “fully-automated” system – all the components, from the robots to the software, work together in a single operation.

The application field of FAP6WAQDSC is broad and diverse, including the following areas:

• Biochips. FAP6WAQDSC’s robotic arms can move and manipulate tissues, cells, and biomolecules in solution.
• Drug screening. The robots can handle and measure the interactions between drug candidates, cells, and microorganisms.
• Cell therapy. FAP6WAQDSC systems are used to produce live cures for diseases by providing precise control over cellular manipulation.
• Biomarker analysis. Using FAP6WAQDSC, researchers can analyze the biomarkers for the diagnosis of diseases.
• Bioinformatics. The system’s robotic arms are used to perform a range of biochemical and genomic analyses with high precision.
• Gene therapy. FAP6WAQDSC robots can perform gene therapy and can provide detailed control over molecular operation.

FAP6WAQDSC also has a wide range of applications in the biomedical field, including tissue engineering, drug delivery, and regenerative medicine. It can also help scientists produce more accurate quantitative data and improve their understanding of biological systems.

The working principle of FAP6WAQDSC is based on the principles of flexible autonomous control and computer vision. Here, a flexible autonomous control system (FACS) is used to control the two robotic arms of FAP6WAQDSC. The FACS is responsible for analyzing the environment, making the required decisions, and controlling the operation of the robotic arms, reminiscent of the way a human arm operates.

The second part of the system is the computer vision, which is used to identify the objects that need to be manipulated. Using computer vision, the robot can recognize and capture objects in its environment. This is done by taking images of the objects and then comparing them to the pre-programmed vision database.

The operation of the FAP6WAQDSC robot is also overseen by a dedicated software suite. The suite comprises of several separate programs, such as the robot controller, the calibration program, and the visualization program. Together, these programs coordinate the robot\'s operation, and allow it to be programmed to perform precise tasks. The software programs also store data that is generated during the robot\'s operation, allowing it to be used for further analysis.

In conclusion, FAP6WAQDSC is a robotic system designed to manipulate and control biomolecules in solution and in living cells. The system has a wide range of applications in the biomedical field, and is powered by a combination of flexible autonomous control and computer vision. The system is also overseen by a dedicated software suite, which allows for precise programming and data logs.

The specific data is subject to PDF, and the above content is for reference