No automation system runs 100% of the time. Preventative maintenance, software updates, and the occasional mechanical hiccup are natural parts of a machine's lifecycle. True automation success isn’t measured by avoiding downtime entirely, it’s measured by how quickly and seamlessly your lab recovers from it.

If you want to keep your lab running smoothly even when a system goes offline, your automation strategy needs a built-in plan for downtime.

Shift Your Mindset from "If" to "When"
Even the most advanced laboratory automation systems require maintenance, software updates, calibration, and occasional repairs. Components wear over time, unexpected issues arise, and external factors such as utility interruptions can impact operations. When implementing automation, the question is not whether downtime will occur, but whether your lab has a plan in place when it does. 

Shifting your mindset from expecting zero downtime to actively managing it is the first step toward long-term laboratory automation success. 

Embrace the Power of Modular Automation Setups

One of the most effective ways to mitigate downtime is to avoid a single point of failure. If your lab is dependent on a single system or station, one issue can cause productivity loss and impact research timelines.

Operational risks can be isolated by deploying multiple sample prep stations with modular laboratory automation systems like automated tube labelers, precision aliquoting systems, and bulk tube feeders. This helps labs avoid a total gridlock if one station experiences an issue or requires routine maintenance. The other laboratory automation stations can continue processing and keep productivity moving.

Maintain an Agile "Manual Pivot" Protocol

A robust plan for downtime includes clear, documented Standard Operating Procedures (SOPs) for temporary manual or semi-automated bypasses.

• Keep Backup Supplies Handy: Ensure you always have hand tools like manual decappers or semi-automated tube labelers available for use in your lab to keep things going during automation downtime.
• Cross-Train Your Team: Don't let your team's manual sample prep skills go cold. Technicians should be able to seamlessly step in as needed to manage high-priority samples manually without missing a beat.
• Establish Triaging Rules: Define which samples must be immediately processed via manual workarounds and which lower-priority batches can safely wait until the automated system is back online.

Choose an Automation Partner with Responsive Service

Your plan for downtime is only as good as the support team standing behind your equipment. When choosing an automation provider, you aren't just purchasing hardware, you are investing in a long-term service relationship.
Before committing to a system, look closely at their laboratory automation service plans:

• Remote Diagnostics: Is there a team available via phone or video call? Virtual support allows service representatives to quickly answer technical questions, guide users through troubleshooting, and get labs back up and running.
• On-Site Response Times: Does the automation partner have a dedicated service team available to travel onsite if a component needs to be physically replaced or repaired? Having expert technicians available to hop on a plane for hands-on laboratgory automation service is critical to minimizing downtime. 
• Preventative Maintenance Schedules: Does the manufacturer offer structured maintenance plans to catch wear-and-tear before it results in unplanned downtime? Annual preventive maintenance helps maximize longevity and performance of laboratory automation systems.

Rapid response, whether quick guidance or in-depth support, can save labs valuable time. At Scinomix, our dedicated service and support team prioritizes virtual and onsite availability to keep laboratory automation systems running smoothly. When automation stays productive, labs save valuable time and keep research on schedule.

The Bottom Line: Resilience Over Perfection

An automated laboratory should ensure that downtime stays brief and does not lead to a major loss of time. By choosing modular equipment, preparing your team, and partnering with a highly responsive service team, you can keep your lab’s sample prep moving and on-schedule.

Mapping out these variables early guarantees that your laboratory automation systems run smoothly from day one.

Ready to Protect Your Lab's Productivity?

Does your lab need a service plan for its laboratory automation systems?

If you currently utilize Scinomix laboratory automation in your workflow, choose from one of our flexible LabCare Service Plans to best fit your operational needs. From preventative maintenance to virtual troubleshooting and priority onsite service, LabCare laboratory automation service plans are developed from in-depth product expertise and real-world customer insight, helping you get the most out of your automation investment.

Are you planning to implement laboratory automation?

Explore our complete guide to help save time, reduce costs, and avoid common frustrations: What I Wish I Knew Before Automating Our Sample Prep Workflow

At Scinomix, we strive to simplify lab processes while ensuring top-quality results. Our innovative solutions in laboratory automation continue to eliminate repetitive and tedious tasks. By automating lab processes using efficient benchtop solutions, we help to free valuable time and resources, allowing researchers to focus on groundbreaking discoveries. We understand that data accuracy and quality are essential for scientific progress, and that is why we are dedicated to providing automation solutions that guarantee reliable and accurate results. With Scinomix, you can expect lab automation that simplifies processes and ensures quality results every time.