Best High-Throughput Sample Management Solutions For Labs

Most labs don't fail because they ignored growth; they fail because their systems were built for the throughput they had, not the throughput they'd have. In this guide, we’ll cover:

• What makes a sample management solution ‘high-throughput ready’
• The best high-throughput sample management solutions compared
• Why modern labs trust QBench for sample management

Read on for a complete breakdown of the best platforms to help you find the right one for your lab.

What Makes a Sample Management Solution ‘High-Throughput Ready’?

Sample management needs vary by industry: sequencing labs may process thousands of specimens per run, while environmental testing facilities may handle multi-panel daily batches. Whatever industry your lab is in, you need software architected for high-volume operations, not just the capability to digitally track samples. 

The following factors should be considered when determining whether a LIMS is genuinely suitable for high-throughput labs:

• Batch intake and bulk processing: Look for a LIMS that accepts and processes large sample batches simultaneously, not as individual records. This includes bulk accessioning, mass status updates, and group-level chain-of-custody management.
• Configurable, flexible workflows: High-throughput labs regularly change test panels, add sample types, and adapt protocols, so look for a LIMS your staff can configure as needed.
• API-driven instrument integration: Real high-throughput capability requires direct, bidirectional integration with analyzers, liquid handlers, and automation equipment via modern APIs.
• Real-time sample visibility and dashboards: Lab managers overseeing high-volume operations need live status across every sample in the pipeline. Static reporting creates blind spots that compound quickly as volume increases.
• Compliance automation: At high volume, audit trails, chain-of-custody records, and regulatory documentation need to be generated automatically.

In the next section, we’ll look through the lens of these criteria as we share the top LIMS to consider. 

Compare These High Throughput LIMS Side-by-Side

All of the LIMS we cover below are solid choices for your lab, so let’s first review them side-by-side in the table below to compare them by features, support, and price.

Pricing opacity remains one of the most common frustrations in the LIMS market, as most vendors require a sales conversation before you can even ballpark a budget. Check out our guide to LIMS pricing for a deeper dive into this (and benchmarks)

The Best High-Throughput Sample Management Solutions Compared

The following platforms represent the strongest options available for labs managing high sample volumes. We ranked the LIMS on this list by how well they meet the above criteria and by real customer reviews on G2.

The best LIMS for high throughput that we can recommend are:

1. QBench
2. LabWare
3. LabVantage
4. Benchling
5. Sapio Sciences

QBench

QBench is one of the top cloud-based LIMS, built specifically to meet the configurability and scalability demands of modern, high-volume labs. 

Unlike enterprise platforms that require consulting engagements to change a workflow, QBench is designed so that lab staff, not just IT,  can modify processes, add sample types, and build custom reports on the fly. The result is a system that bends to your lab’s needs, not the other way around.

QBench offers the following standout features:

• No-code workflow configuration: Your lab staff can modify processes, add fields, and restructure sample pipelines without developer involvement or vendor support tickets
• Cloud-native architecture that scales: QBench handles volume spikes and long-term growth without infrastructure changes
• Deep instrument integrations and a modern API: QBench offers over 50 direct native integrations and a RESTful API, allowing you to connect your lab equipment to eliminate manual result entry
• Built-in compliance automation: QBench supports ISO 17025, HIPAA, and CLIA, providing automatically generated audit trails and chain-of-custody documentation.

We like to think of QBench LIMS as a “Lego LIMS”: you can configure it to adapt to your needs, rather than having to rework your workflows to fit it. One recent review on G2 says it best:

“QBench is an excellent everyday tool for organizing and managing information for our lab. It makes data sorting, filtering, and sample management effortless. This helps streamline workflows and reduce human error. Tracking data is quick, reliable, and efficient, and the user-friendly interface makes it a joy to use.”

‍QBench is a good fit for: Labs that prioritize configurability, usability, and speed. No matter the industry, labs are getting more done on QBench. We’ve worked with labs ranging from a beloved West Coast burger chain to a lab tapping geothermal energy stores.

Possible limitations: While QBench is highly adaptable, if your lab requires specialized software for your industry, you may want to evaluate its configurability to ensure you can build your workflows. Being cloud-based, QBench is also not a good solution for labs seeking an on-prem solution.

LabWare

LabWare is one of the most established names in enterprise LIMS, with a large install base in pharmaceutical, petrochemical, and government lab environments. LabWare also comes with a built-in ELN, which may make it an attractive option for labs seeking that functionality.

LabWare offers an impressive breadth of functionality, but with that comes the potential for complexity:

• Extensive out-of-the-box functionality for regulated pharmaceutical and industrial environments
• A broad instrument connectivity library built up over decades of enterprise deployments
• Strong audit trail and validation documentation features for FDA-regulated labs
• Large user community and established professional services ecosystem

LabWare is a good fit for: Large pharmaceutical or petrochemical labs with dedicated IT resources and complex regulatory validation requirements.

Possible limitations: Where LabWare excels in depth of functionality, it falls short on agility. Every configuration change typically requires engaging a developer or vendor service, making it slow and expensive to adapt to evolving workflows. On-premise deployments also create scaling constraints that cloud-based platforms don’t face.

LabVantage

LabVantage offers a cloud-based LIMS and ELN solution with sample and inventory management, and reporting features as part of its broader feature set. Similar to LabWare, they excel at large, on-premises deployments and serving pharmaceutical companies.

Some notable features include:

• GxP compliance capabilities for pharmaceutical and biotech labs
• Cloud and on-premise deployment flexibility
• Configurable workflows with low-code tools, though complex changes still often require professional services

LabVantage is a good fit for: Mid-to-large biopharma and life sciences labs with existing enterprise IT infrastructure.

Possible limitations: Like other legacy LIMS, LabVantage requires more effort and support to make changes. At lower volumes, this may not be a major bottleneck, but at high volumes, this can lead to costly time being spent waiting for your vendor.

Benchling

Benchling has built a strong reputation in biotech R&D environments, combining ELN capabilities with sample management in a platform geared toward scientists rather than lab operations managers. That said, Benchling is traditionally seen as an ELN first and a LIMS second, unlike other platforms on this list.

Benchling boasts powerful features for R&D labs, like:

• R&D workflow support combining ELN and LIMS functionality
• Modern, developer-friendly API supporting custom integrations
• Cloud-native architecture with a clean, scientist-friendly UX
• 21 CFR Part 11 and GxP compliance features for regulated biotech environments

Benchling is a good fit for: Biotech R&D labs and early-stage life sciences companies where ELN-LIMS integration adds meaningful value.

Possible limitations: Benchling is more of an ELN than it is a LIMS. For labs seeking LIMS functionality, there may be more suitable options on this list.

Sapio Sciences

Sapio Sciences targets genomics and clinical labs with a platform that combines LIMS, ELN, and data management capabilities. Its strength is in highly structured scientific workflows where data integrity and traceability are paramount.

Like Benchling, Sapio Sciences offers many useful features for R&D and genomics labs, such as:

• Genomics and NGS workflow support with purpose-built features for sequencing labs
• Integrated LIMS + ELN 
• CLIA, CAP, and FDA compliance features are well-suited to clinical reference lab environments
• Cloud and hybrid deployment options with configurable data access controls

Sapio Sciences is a good fit for: Genomics, NGS, and clinical reference labs where sequencing data management and compliance reporting are core requirements.

Possible limitations: Sapio excels in genomics-specific depth, but it falls short for labs outside the life sciences vertical. Environmental, food and beverage, or industrial testing labs will find the feature set over-specified for their needs.

How to Evaluate a Sample Management System for Your Lab’s Volume

The switching costs of a LIMS are high, but most labs don’t discover their LIMS can’t scale with volume until well after they’ve already committed to one platform.

That’s why it’s important to make the right decision the first time. To help you do that, we recommend working through the following criteria:

• Audit your current volume and bottlenecks
• Ask your vendor about configurability
• Evaluate the total cost of ownership

Audit Your Sample Volume for Bottlenecks

While it may seem like a lot of groundwork, it’s important to first document daily and weekly sample counts, peak periods, and where the current workflow slows down or breaks. 

Look for breaks in your workflow: Which steps involve manual handoffs? Where do staff spend the most time on non-analytical tasks? This baseline is the foundation for every conversation you’ll have with vendors.

It also helps to trace each sample through its full lifecycle, from accessioning through result reporting, and flag every step that requires a human to transcribe, transfer, or approve data. These are the points that break first under volume. For any platform you evaluate, you need a clear answer on how it eliminates or automates each one.

Ask About Configurability

Almost every vendor will tell you the platform can be configured to meet your needs, but it’s important to ask, “What about later on?”

When you add a new test, purchase a new instrument, or need to adapt a process to meet a regulation change, who makes the update to your LIMS: you, or your vendor?

Ask the vendor directly: “If I need to add a new sample type or modify a result field, how long does that take, and who does it?” The answer should be “your lab staff, within minutes.” If the answer involves submitting a support ticket, scheduling a services engagement, or waiting for a developer, that’s a scaling risk you’re accepting upfront.

Evaluate the Total Cost of Ownership 

The sticker price of a LIMS is rarely the full cost. 

You need to consider the total cost of ownership, which includes:

• Implementation fees
• Annual maintenance (if applicable)
• Per-user pricing
• Infrastructure costs for on-premise deployments
• The cost of professional services for every configuration change you need. 

A platform that looks cost-effective at current volume can become significantly more expensive as you scale.

Why Modern Labs Trust QBench For Managing High Sample Volumes

There are several reasons why QBench is a consistent leader across categories on G2, but they all boil down to a singular point: Labs can get more done with QBench. 

While many legacy LIMS are complex and constraining, QBench frees up modern labs to focus more on science and less on managing clunky software. Specifically, labs love QBench for the following reasons:

• LIMS first and foremost
• Configurable automations
• API support

QBench is a LIMS First and Foremost

Unlike some platforms on the list above, QBench is a LIMS first and foremost.

ELNs are fantastic tools – in the right context. If you’re taking a first step toward digitizing your lab’s data, inventory, and test results, then an ELN is a great tool. But if you need to manage data and processes at scale, an ELN just won’t support you as well as a LIMS. 

If you need advanced automation and data management on a configurable, controlled platform, then QBench is the LIMS for you.

Configurable Automations

Automation is key for modern labs, and the lack of configurable automation is one of the top reasons modern labs should consider a fully-featured LIMS over ELNs like Benchling.

QBench takes a configurable approach to LIMS, so you don’t need extensive IT resources or expensive development contracts to adjust workflows or make simple changes. 

With QBench’s workflow and automation tools, you can:

• Trigger processes for your lab.
• Easily update a process or roll out new processes.
• Save time by automating inventory stock.
• Run calculations, generate reports, and notify customers when results are ready.
• Set up workflows between various tools, including a client portal, billing, QuickBooks, inventory management, and quality management systems.

RESTful API Support

The more connected your lab software and instruments are, the smoother the process will be as you scale. That’s why QBench offers a RESTful API that allows you to:

• Connect laboratory instruments with the LIMS for automatic integration and a comprehensive view of your data. 
• Import or export data to or from external systems. You can even use AI to make better decisions about your data.
• Generate custom reports from LIMS data by integrating with external reporting systems.
• Integrate LIMS data with a dashboard or visualization tool. This enables real-time monitoring of laboratory processes, providing valuable insights into lab performance.

We’ve heard horror stories from labs that worked with legacy LIMS systems that claimed to offer an API, but required spinning up a new endpoint for each new client. One lab made a change to its data model and had to wait 9 months for that change to be accessible via the API.

Looking For a LIMS That Scales With You? Schedule a Demo of QBench

Modern labs absolutely need a LIMS to keep up with high sample throughput. 

But a LIMS is not a one-size-fits-all solution. Once you’ve decided to invest in a LIMS, it’s time to make sure you invest in the right LIMS. So which vendor(s) will you review? 

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
• Key features to look out for
• A vendor comparison

Fill out the form below to get your free guide and take the first step toward automating your lab today.