Life Science Traceability
Get acquainted with strategic solutions for complying with regulations, automating clinical laboratories and more.
Production optimization leverages machine level and/or line level data in real-time and turns it into valuable key performance indicators (KPIs) and overall equipment effectiveness (OEE) information. This results in prolonged equipment life and improved productivity and product quality. This happens in four stages:
- Gathering Data. This stage is about gathering information from disparate sources and networks
- Understanding Data. What is happening? Why is it happening? When is it happening?
- Communicating Data. Get the right data, to the right person, in the right format, at the right time
- Taking Action. What to do about it? How to do it? When to do it?
This solution will help you:
- Comply with 21CFR Part 11
- Minimize production downtime; reduce losses
- Reduce bottlenecks
- Implement on-demand decisions
- Improve predictive or proactive maintenance
- Identify operational strengths and weaknesses
- Provide visibility into complex production processes
- Monitor nearly every aspect of production
- Resolve quality, safety and compliance issues
- Manage risk by addressing issues to safeguard machine
Omron Helps Life Sciences Company Extract Data from Legacy Controller
Omron’s solution gave the life sciences company access to much-needed data using its first-ever edge device. The company was also able to move machines around the world without losing track of their l...
How robust traceability systems improve patient care and ensure quality in the life sciences
As with many industries today, the life sciences industry is facing the challenge of stricter regulatory oversight in addition to the trend of increased automation, particularly in the laboratory. Thi...