Laboratory Automation

Many lab automation platforms that bring high throughput capabilities into the lab, also bring increased risk for producing particulates and aerosols. Since introducing the world’s first clean air cabinet in 1951, Baker has been setting the industry standard for quality, performance, and construction in the biosafety and contamination control space. This unparalleled experience provides the foundation for Baker’s adaptive clean air enclosure strategy and has led to specialized solutions to contain a huge variety of automation tools both for end customers and OEMs.

Innovative automation tools for improving biopharma processing productivity, has resulted in evolving requirements for control and monitoring reflected in current good manufacturing practices (cGMP). Biosafety cabinets and enclosures already play a pivotal role in providing engineering control to support facilities efforts at maintaining compliance. The ability to customize which options, materials, and support documentation is needed is just as critical for compliance, as the flexibility to select sizes and configurations is to safely enclose automation.

Understanding the benefits on creating ideal growth environments are creating exciting innovations in how cell culture work is performed. Culture workflows are attempting to create stable and continuous conditions. This creates less stress on cells and optimizes their growth potential.