Schneider Electric, a global expert in digital transformation in energy management and automation, has launched a new generation of Easy Harmony FT6 stainless steel touch screen, the first human-computer interaction product locally developed by Schneider Electric’s China Hub for Industrial Automation. Provide software systems that meet the requirements of Drug Records and Data Management Requirements and FDA 21 CFR Part 11 regulations, and empower the digital upgrading of the life science industry with HMI solutions that integrate hardware and software.

Schneider Electric Easy Harmony FT6 stainless steel touch screen

IC200PNS002

Drug and food safety are closely related to the health of consumers. For a long time, industries such as pharmaceuticals, cosmetics, food and beverage have been strictly regulated by relevant regulatory agencies, and safety and compliance are the red line that cannot be crossed, which requires companies to ensure that the entire production process complies with the pharmaceutical manufacturing Quality Management Practice (GMP), and ensure the authenticity, integrity and traceability of production records. However, in recent years, as the aging population has become the new normal, laws and regulations surrounding food and drug safety in production norms, product quality management and other aspects have been frequently introduced and improved, which means that enterprises will face more challenges in compliance production and management.

In addition, in today’s increasingly refined production processes and complex working environments, the security of infrastructure and equipment is related to production safety, data continuity and economic benefits. In order to maintain normal production activities, enterprises need to choose the right production equipment and digital solutions according to the specific circumstances of each process. Especially after the process, the use of electronic equipment safety, input-output ratio and other aspects have higher requirements. For example, production processes with stringent hygiene standards require equipment that is resistant to corrosion and high pressure flushing to cope with periodic mold cleaning. To this end, the life sciences industry urgently needs to use innovative digital technologies to efficiently manage the entire production cycle, equipped with more safe, adaptable and flexible HMI solutions, and constantly improve quality management and inspection systems to ensure that the final product quality meets the relevant regulatory requirements.