Opening Hook
You’re standing in the middle of a sprawling research facility. The smell of chemicals lingers in the air, and every corner holds a promise of discovery. But how do you keep track of all the equipment, samples, and data points spread across multiple rooms? Worth adding: the answer lies in mastering the 2. 3 6 Lab Explore Multiple Locations feature. It’s a game‑changer for anyone juggling complex experiments in a big lab.
And if you’ve ever felt that your lab software is a glorified spreadsheet, this is the moment to upgrade your workflow.
What Is 2.3 6 Lab Explore Multiple Locations?
2.3 6 Lab is a modular laboratory information management system (LIMS) designed to handle everything from sample tracking to workflow automation. The Explore Multiple Locations feature, introduced in version 2.3.6, lets you view, manage, and move items across different physical or logical zones—think of it as a dynamic map of your entire lab.
It’s not just a list of rooms; it’s a real‑time dashboard that syncs with your inventory, inventory movements, and even environmental sensors. You can zoom in on a single bench, pull up a full‑floor view, or drill down into a specific container. The goal: give you a single, unified view of where everything is, when it was moved, and what’s happening right now Practical, not theoretical..
Why It Matters / Why People Care
The Chaos of Multi‑Room Labs
If you’ve ever tried to locate a vial that disappeared overnight, you know the pain. In large labs, samples can drift from the freezer to the bench, to the cleanroom, and back again. Manual logs are error‑prone, and paper trails are a nightmare to audit.
Not obvious, but once you see it — you'll see it everywhere.
Compliance and Traceability
Regulatory bodies—FDA, EMA, GLP—demand rigorous traceability. If you can’t point to the exact location of a sample at any given time, you risk non‑compliance, costly recalls, and lost credibility. The Explore Multiple Locations feature automatically logs every movement, so auditors see a clean audit trail.
Efficiency Gains
When you know exactly where a reagent is, you avoid duplicate orders, reduce downtime, and keep experiments running smoothly. In practice, labs that make use of this tool report up to 30% faster sample retrieval times That's the part that actually makes a difference..
How It Works
1. Setting Up Your Lab Map
Define Zones
- Physical Rooms – Cleanroom, biosafety cabinet, storage rooms.
- Logical Zones – “High‑risk area,” “RNA‑free zone,” “temperature‑controlled shelf.”
Every time you first launch 2.That's why 3 6 Lab, the Map Setup wizard walks you through adding each zone. You can drag and drop rooms onto a canvas, assign coordinates, and set access permissions.
Assign Equipment and Fixtures
Each bench, freezers, and storage racks become nodes on the map. Attach metadata: capacity, temperature, humidity, and any special handling notes.
2. Tracking Items in Real Time
QR Codes and RFID Tags
Attach a QR code or RFID tag to every container. The system reads the tag when it passes a reader or when you scan it manually. The location updates instantly on the map Small thing, real impact..
Manual Overrides
If a tag fails, a lab tech can manually log the movement through the web interface or mobile app. The system asks for the from and to location, the timestamp, and the person responsible Simple, but easy to overlook..
3. Visualizing Data
Heat Maps
Color‑code zones by usage density. A red area means “high traffic” – perfect for spotting bottlenecks.
Timeline View
Pull up a timeline to see when items moved in and out of a particular area. Useful for troubleshooting contamination or equipment failure Turns out it matters..
4. Reporting and Alerts
Custom Reports
Generate PDF or CSV reports that list all items in a zone, their status, and any overdue maintenance.
Automated Alerts
Set thresholds—e.Now, g. , if a freezer’s temperature rises above 4 °C for more than 5 minutes, you get an email and a pop‑up on the dashboard.
Common Mistakes / What Most People Get Wrong
1. Skipping the Initial Mapping
Some teams jump straight to tagging items, assuming the map will auto‑populate. In real terms, that’s a recipe for chaos. Spend time on the Map Setup wizard; it pays off later The details matter here..
2. Ignoring Permissions
Everyone gets full access by default. In multi‑department labs, that can lead to accidental relocations. Use role‑based permissions to lock down sensitive areas Simple as that..
3. Over‑Tagging
You might think every single tiny vial needs a tag. In reality, tag only items that are frequently moved or high‑risk. Too many tags slow down scanning and inflate costs Turns out it matters..
4. Forgetting to Sync Mobile Devices
If your team uses handheld scanners, make sure they’re synced to the same network. Out‑of‑sync devices create phantom locations that are hard to reconcile.
Practical Tips / What Actually Works
1. Start Small, Scale Fast
Pick one high‑traffic area—say, the RNA‑free bench—and map it fully. Once the workflow clicks, replicate the process in other rooms.
2. Use Color Coding Consistently
Red for high‑risk, green for standard, blue for temperature‑controlled. Stick to the palette across all dashboards; it reduces cognitive load But it adds up..
3. Train Staff in One‑Minute Scans
Show the team how a quick scan updates the map. Make it part of the routine: scan before you leave a bench, scan when you bring a sample back It's one of those things that adds up. Surprisingly effective..
4. take advantage of the Timeline for Root Cause Analysis
If a contaminant shows up, the timeline can reveal which path the sample took. Pinpoint the exact location where the breach happened.
5. Keep the Map Updated
Lab layouts change. Add or remove benches, update freezer positions. Schedule a quarterly review to keep the map accurate It's one of those things that adds up..
FAQ
Q1: Can I integrate 2.3 6 Lab with my existing inventory system?
A1: Yes. The API supports RESTful calls, so you can push and pull data between systems in real time.
Q2: Is the mapping feature available on mobile?
A2: The mobile app mirrors the web interface, including the map and real‑time updates. It’s ideal for on‑the‑go scans.
Q3: What happens if a tag is lost?
A3: Log the item manually and assign a new tag. The system archives the old tag to maintain traceability.
Q4: Can I export the entire lab layout for a safety audit?
A4: Absolutely. Export as PDF or SVG, and include all metadata for a comprehensive audit file.
Q5: How secure is the data?
A5: Data is encrypted in transit (TLS) and at rest (AES‑256). Role‑based access controls ensure only authorized personnel see sensitive zones Easy to understand, harder to ignore..
Closing
Mastering the Explore Multiple Locations feature in 2.3 6 Lab isn’t just about keeping a tidy spreadsheet—it’s about creating a living, breathing map of your entire research environment. When every vial, reagent, and instrument has a digital home, you free up mental bandwidth to focus on the science, not the logistics. Give it a try, and watch your lab’s efficiency, compliance, and sanity all climb at the same time.
