Infrastructure
Join Lab Manager and our experts as we discuss what it takes to convert your lab from helium to hydrogen.
Event Date:
Updated | 4 min read
The most significant update to Concentriq in five years brings domain-specific AI models, agentic biomarker discovery, and automated lab operations to diagnostic and life sciences pathology teams
| 5 min read
Develop effective processes, governance, and accountability before starting an AI project
| 4 min read
How materials labs use on-site gas generators to deliver nitrogen and argon for thermal analysis, glove box operations, and atmosphere-sensitive sample handling
| 5+ min read
Helium shortages and rising costs are pushing environmental labs toward hydrogen; here's what the switch involves and why generators make it viable
| 5+ min read
On-site nitrogen generation gives food labs precise, continuous gas supply for modified atmosphere packaging trials and headspace testing
| 5+ min read
How pharmaceutical manufacturers use nitrogen blanketing and high-purity gas generators to protect drug products from oxidation and moisture-driven degradation
| 5+ min read
How structured maintenance intervals for nitrogen, hydrogen, and zero-air generators protect analytical performance and prevent unplanned outages
| 5+ min read
How gas generator purity specifications differ for LC-MS and GC-MS, and what it takes to keep carrier and detector gases within instrument tolerances
| 5+ min read
Hydrogen gas generators offer real advantages over cylinders, but managing flammability, pressure, and ventilation correctly is essential for safe laboratory operation
| 5+ min read
Lab gas generators provide a safer, more cost-effective alternative to cylinders; here's how to choose the right nitrogen, hydrogen, or zero-air system for your workflow
| 5+ min read
Clean, consistent power protects sensitive equipment, workflow continuity, and data integrity
| 4 min read
Guidance on choosing the right BSC, configuring it for your workflow, and operating it safely
| 1 min read
