Lab Automation

The choice to implement a laboratory automation system can significantly impact the efficiency, accuracy, and productivity of a lab. A well-designed and executed automation system can improve sample throughput, reduce errors and variability, and free up lab personnel to focus on more critical tasks. On the other hand, a poorly designed system or a supplier […]Read More

Repetitive strain injuries (RSIs) are a common problem in laboratory environments, especially in tasks that require manual pipetting, sample preparation, or other repetitive tasks. Here are some ways to avoid repetitive human injuries in a modern laboratory environment: Automation: Use laboratory automation to automate repetitive tasks such as pipetting, sample preparation, and labeling. Automation can […]Read More

Automation can enable good science, but not create it. Scale alone will not solve scientific problems. Science that does not work well and consistently when done manually will not improve when it is automated. On the same note, a nonexistent process is extremely problematic to automate. Both situations happen more often than you can imagine […]Read More

Planning a laboratory automation project can be a complex task given the increased demands of modern lab environments. to help make your next project a success, Scinomix has published this helpful guide to explore the common topics and principles of automation projects, as well as tips and tricks to help your team stay on track. […]Read More

Planning a laboratory automation project can be a complex task given the increased demands of modern lab environments. To help make your next project a success, we will explore the common topics and principles of automation projects, as well as tips and tricks to help your team stay on track.Read More