High degree of digitization and automation

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There is hardly any manual work. Our scientist from the future only takes care of designing processes, evaluating data and configuring equipment. With the help of robots in the laboratory, the majority of processes are automated. Human errors have therefore almost disappeared, reproducibility and accuracy are very high, processes are safe and efficient, and the high throughput enables faster data generation. This makes the laboratory in which Alva works very important for the company. Companies that have not brought their laboratories up to date in time will find it difficult to remain competitive. Alva's work in her laboratory will therefore secure her company's market leadership.

Digital Mindset
Alva and her employees are digital thinkers. In the laboratory of the future, everyone can handle the existing technology. These new technologies require a new set of skills: design thinking, software development, working with databases, proactive and efficient work, and creativity, among others. Digital thinking does not necessarily mean being an expert in one of these areas, but rather having a good understanding of them and being able to understand and apply the basics. The most important thing is to form a iran consumer email list team in which the existing skills and working methods complement each other.

The laboratory of the future - the future is now
Many institutes, companies and other organizations have already recognized the importance of digitalization in the laboratory. Therefore, there are already many technologies that are used in the laboratory to realize the laboratory of the future.

Lab Robotics
By using robots, processes can be automated and staff can be relieved. The use of robots brings with it various advantages that have already been mentioned.

data management software
A large amount of data is generated in the laboratory every day. Not only the amount of data, but also the variety of file formats makes data management difficult. ELN (Electronic Laboratory Notebook), LIMS (Laboratory Information Management System), CDS (Chromatography Data System), LES (Laboratory Execution System) and SDMS (Scientific Data Management System) are just a few examples of data management software currently available on the market.

Digital Standards
Fast and clear communication is the key to cooperation. This is no different with laboratories. Nowadays, cooperation takes place between different laboratories spread around the world. The use of standards is becoming increasingly important - not only within a laboratory, but also outside it in order to be able to exchange data with other laboratories. This is the reason for the existence of several organizations that are already working on such standards. Some of these organizations are:
Benefits of using such standards include interoperability, quality, cost-effective and easy integration, and regulatory compliance.

Digital Expertise
As mentioned above, new skills are required from laboratory personnel. Today, specialists who already have this expertise are needed. Another option is to train existing specialists accordingly. Training staff is becoming increasingly important as technology will continue to develop at a rapid pace. Neither universities can keep up, nor are there enough specialists on the labor market. In order to respond quickly, organizations will have to be careful to identify the specific knowledge and skills that are needed in the market and train their employees accordingly.