How to Prepare for a LIMS Implementation

Most labs center their LIMS search on two things: features and budget.

While those factors are important when selecting a vendor, they aren’t the only considerations. The implementation process and timeline can make or break your LIMS, no matter how sophisticated its features are. 

What should you expect from a LIMS implementation? And how can you best prepare? We’ll answer those questions and more. What follows is a practical guide to getting that preparation right, with an honest look at the mistakes that derail even well-resourced implementations.

Why LIMS Implementation Preparation Matters More Than You Think

Labs often go into their vendor search expecting the implementation to take a matter of weeks. 

Often, those same labs are surprised when the actual timeline is much longer – especially with legacy vendors, where implementations can extend to many months.

The key ingredients – workflow configuration, user role assignment, SSO setup – are minor compared to the areas where things can go wrong: a poor understanding of workflow needs that leads to scope creep and broken processes. And that’s where most LIMS implementations fail: when labs underestimate the amount of preparation and process demands.

Rather than ask “How can we make this implementation process as short as possible?” perhaps it’s better to ask “How can we show up prepared to see value from our LIMS as soon as possible?”

Bringing it All Together: An Implementation Prep Checklist

We’ll cover a lot of ground in this article, but before we get to the specifics of each step, here are the tasks ahead of your lab to prepare for a LIMS implementation:

• Document your workflows: A smooth implementation begins with clearly documented workflows. From the tests you run to the inventory you manage, document anything and everything in your lab.
• Document software and systems: Note all of the software, instruments, and systems in your lab to ensure they can integrate with your LIMS.
• Assemble your team: Once you have the above set, build your implementation team from across your lab to ensure every voice that needs to be heard is involved.
• Build your vendor criteria: Only with all of the above set can you begin building your vendor criteria. This will consist of things like cloud-based or on-prem, configurable or customizable, etc.
• Start your vendor search: Now you’re ready to start your vendor search. Too often, labs start here and work backward, but working down the checklist in this way ensures you’re prepared for your vendor and can hit the ground running.

Read on for an in-depth breakdown of each step.

How to Define Your Lab’s Requirements Before Evaluating Vendors

Just as you can improve your inspection readiness through thoroughly documented systems and workflows, you can drastically improve your LIMS implementation process by showing up prepared.

• Operational needs: Document how samples and inventory move through your lab, who handles them, what data is captured at each step, and how results are reviewed and released.
• Compliance needs: Make sure to note the specific regulatory frameworks you operate under (ISO 17025, FDA 21 CFR Part 11, CLIA, CAP, GxP, etc.) and the documentation or audit-trail requirements for those frameworks.
• Integration needs: Which existing systems your LIMS must connect to, including instruments, ERPs, billing platforms, and customer portals.

One of the most common gaps in LIMS requirements gathering is collecting input only from lab managers or operations leads. The people who will use the system daily often know things that managers don't: workarounds built into current workflows, data entry habits that affect how fields should be structured, and pain points with the current system that no one has formally raised. Include them in requirements interviews before you approach vendors. 

Skipping this step often surfaces during user acceptance testing, which is too late to reconfigure without cost overruns.

How to Assemble the Right Implementation Team in Your Lab

Documentation can only get you so far; you need a team within your lab to own the implementation and change management process.

LIMS implementation is not an IT project. 

For many labs we work with, their implementation with us is their first, making it a big and sometimes intimidating step. Labs that assign LIMS implementation as a side task to an already-stretched systems administrator or operations manager typically hit the same wall: every decision that requires cross-functional sign-off stalls at an approval gate, and timelines drift for weeks.

Before you go into your vendor selection process, make sure you’ve lined up the following in your labs to shepherd your implementation process:

• Project Lead: A dedicated point of contact who owns the implementation timeline, manages communication between the rest of your lab and your vendor.
• IT Liaison: You’ll likely need someone on hand for infrastructure, security review, SSO integrations, and integrating existing software and instruments.
• End-User Representatives: Include at least one bench-level technician or analyst from each major workflow area. These are the people using the LIMS each day, and their feedback is essential to the process.
• Quality/Compliance Reviewer: You will need someone with authority over SOPs, validation protocols, and audit documentation.
• Executive Sponsor: It helps to have a lab director, VP, or C-level stakeholder with budget authority and the ability to remove organizational obstacles.

What to Expect During Your Implementation

While the steps to implement a LIMS will vary from lab to lab, you can generally expect the following:

1. Kick-off call: This sets the stage for a successful implementation and allows your lab to begin. 
2. Settings and configuration setup: We’ll review product configuration options, statuses, and custom fields in QBench to ensure you are ready to receive the data for your workflows.
3. A review of worksheets and testing: We’ll cover QBench’s worksheet engine and testing features to capture test and batch results and create calculations for Reports. This also includes Protocol Steps and Control management.
4. Reporting training: We'll walk you through using the visual template editor to create your reports (e.g., CoA, CoC) and to insert test result information from the worksheet or result fields, along with other key information (e.g., order and customer information, charts).
5. ‍End-user training: After configuration is complete, we provide training to your technicians to demonstrate how they will utilize QBench in their daily workflow.‍
6. Go-live: Finally, we’ll wrap things up with a final call to address any remaining questions and go live.

We've also found that there can be a temptation to get everything configured perfectly before going live (you may have heard this referred to as a “Big Bang” approach). 

However, we've seen that mindset work against getting value quickly over and over again. Instead, we recommend a “phased approach,” in which we launch a subset of methods quickly and iterate before moving on to the next batch. We find this helps labs see the value of their LIMS sooner, stay motivated throughout the process, and learn faster.

You can learn more about our LIMS implementation process here.

Common Pitfalls That Derail LIMS Implementations

Even well-prepared labs hit obstacles. 

The difference between a stalled implementation and a successful one often comes down to whether the team recognized the warning signs early enough to course-correct. Here are the five pitfalls that consistently lead to failed or delayed implementations.

1. Scope creep
2. Underestimating data migration complexity
3. Skipping/rushing testing
4. Ignoring change management
5. Choosing a rigid system that requires custom code

Scope Creep from Undefined Requirements

As your implementation is underway, small requests from across your staff may seem like minor additions, but they can add up to a death by a thousand papercuts if not addressed.

Scope creep usually stems from loose requirements. If requirements are not explicit up front, they leave room for ambiguity that can lead to new requests that quickly expand the scope.

The best thing you can do is invest in detailed requirements documentation before configuration begins. Clear requirements upfront make for clear expectations for your vendor on what needs to be set up and how. 

Underestimating Data Migration Complexity

Migrating from spreadsheets to a LIMS is common, but labs that fail to understand the breadth of their data often discover that inconsistent naming conventions and poorly mapped fields need a manual review before they can be imported. And that means more time and focus from your staff, which can significantly stretch things out.

If data quality is a concern, we recommend running a data quality audit on your existing records before migration begins. Assign someone – ideally a lab informatics specialist or a data-savvy QA staff member – to own the migration as a dedicated project task. Budget time for cleanup, not just transfer.

Skipping or Rushing User Acceptance Testing

User testing will be a regular part of your compliance process, so it’s best to start early. 

Often, teams under pressure either fail to test their systems or shirk the task, intending to revisit it later. The problem is that other priorities often take precedence over testing, opening the door to broken workflows or errors discovered days or weeks after your implementation is complete.

Again, documentation is the solution. Write your user tests based on documented workflows before your implementation begins, rather than after.

Ignoring Change Management and Staff Training

A LIMS is only useful if your staff actually use it. The ROI behind a LIMS comes from widespread user adoption and improvements, such as reduced errors and time savings. You won’t see those improvements without proper change management in place.

Identify internal champions who are trained first and can support their colleagues during and after rollout. Plan training in phases that align with go-live stages. Create role-specific training materials, not generic system walkthroughs. Establish a feedback loop so users can report friction points in the first 60 days.

Choosing a Rigid System That Can't Adapt to Evolving Workflows

Is there really a difference between a configurable LIMS and a customizable LIMS?

Both make the same promise: software that maps to your unique needs. 

But there’s a risk in customizable LIMS: not only do custom-coded changes take longer to complete and cost more, but many vendors will push customization past the promised implementation timeline. 

We’ve heard from labs that were promised a speedy implementation from a legacy vendor, only to find themselves reliant on pro-services for months after what they believed would be their go-live date.

The solution is to evaluate configurability as a first-class requirement. Ask vendors for specific examples of how existing customers have modified workflows, added sample types, or changed reporting structures without custom development. 

For example, QBench takes configuration seriously, believing that a LIMS should adapt to your workflows and needs rather than the other way around. 

What is a Realistic LIMS Implementation Timeline?

The only truthful answer is, it depends. 
The reason for this discrepancy is that no lab is truly standard. The needs of a consumer product testing lab that must meet FDA standards will differ from those of a clean energy lab, and both will differ drastically from those of a lab that handles healthcare tests.

But this is also an important question to reframe, because your lab’s workflows and processes will continue to evolve over time, so it’s important to maintain your LIMS just as much as it is to implement it correctly. 

In the months after your implementation, we recommend prioritizing the following:

• Review things after the fact: Don’t treat your implementation as a one-and-done activity. Gather the team together a few months post-implementation to review what’s working and what isn’t.
• Maintain a feedback loop: Ensure staff feel empowered to report areas of friction, workflow gaps, or bottlenecks. Your lab will continue to evolve, and this open feedback loop will ensure your LIMS evolves with it.
• Lean on your vendor: Don't wait for problems to arise before engaging your vendor's support team. At QBench, we employ former lab staff and specialists on our Customer Success team who know the unique needs and workflow challenges labs face. In this way, we like to partner with our customers rather than simply be a software vendor.
• Plan for growth: If your lab is expanding services, adding clients, or considering a second facility, involve your LIMS vendor in those conversations early. Configurable cloud platforms are built to scale with you, but the earlier you plan for those changes, the smoother the transition.

A well-implemented LIMS grows with your lab. The labs that get the most out of it are the ones that treat it as a living part of their operations rather than a project they completed.

A Smooth Implementation Starts With Choosing the Right LIMS. Make the Right Choice With Our LIMS Guide

The question most labs should ask isn’t how to make their implementation as short as possible, but how to prepare so that their implementation is as efficient as possible.

Across all the labs we’ve worked with, the two things we recommend prioritizing now are documenting your workflows and processes and ensuring you have people in your lab to own the implementation process and handoff. 

Of course, it also helps to work with a vendor that can partner with your lab and set your implementation up for success. With so many vendors to pick from and features to consider, we created a LIMS buyer’s guide to help you make the right choice for your lab. 

In this guide, you will learn the following:

• The different types of LIMS available
• The essential features to look for
• A side-by-side vendor comparison

And more! Fill out the form below to get your free guide.