September 16, 2026 · Author: Third Wave Analytics

Best LIMS for Biobanks and Biorepositories

Why Biobanks and Biorepositories Need Specialized LIMS Software

Biobanks and Biorepositories have specialized needs compared to academic, clinical, genomics, and manufacturing labs. Biobanks are the custodians of precious, and often limited, samples that have come from magnanimous donors. Software for Biobanks should include biobank-specific features, including long-term specimen storage, sample lineage tracking, aliquot creation, freeze/thaw tracking, patient consent management, chain of custody documentation, and regulatory support.

Many Biobanks and Biorepositories are using systems not specifically designed for their use. We have interacted with Biobanks using systems designed for laboratories serving physician offices, pain management clinics, or genetic counseling practices. Users face many limitations when using these systems, including limited customization, inability to configure workflows, and cumbersome methods for locating stored samples and aliquots, monitoring equipment, and tracing the sample life cycle. Below, we discuss the specialized needs and features required in a LIMS for Biobanking, as well as a comparison of some Biobanking LIMS on the market today.

How we Evaluated the Biobank and Biorepository LIMS Platforms

Biobank and Biorepository managers and directors need more than just standard sample tracking and storage management. They need a system that can provide easy, organized, and secure access for technicians, quality control specialists, data managers, and study coordinators. We evaluated each LIMS with the following feature set in mind: 

• Sample Tracking
• Storage Management
• Regulatory Compliance
• Security
• Study Management
• Integration
• Workflow Management
• Barcode Label Printing
• Scalable, Configurable, Flexible
• Shipment and Inventory Management

LIMS Features Needed for Biobanking

Sample Tracking 

Biorepository directors, managers, researchers, and technicians need to query and interact with various points of the biospecimen life cycle. A LIMS that can manage the entire biospecimen lifecycle – collection, processing, storage, distribution, consumption, and destruction – is necessary. 

Bulk accessioning of samples is a needed feature when looking for a LIMS for biobanking. Many LIMS can import CSV files and create sample or other records.

Users need to know where their samples and aliquots are at all times, what studies they have been used for, and how much volume remains. This information is essential for maintaining long-term viability, quality control, and specimen qualification. Freeze/thaw cycle tracking is another essential system component for maintaining quality samples for years to come.

Sample lineage and history tracking are also essential. Users need to be able to trace the parent specimen, aliquots, and derivatives (DNA, RNA, buffy coat, PRBCs, etc.)  You also need the ability to quickly check in received samples and aliquots, and check them out when researchers request them. LIMS users need to easily find chain of custody information for all samples to determine who accessed the sample, when and why they accessed it, and what changes, if any, were made. The best LIMS for Biobanks and Biorepositories will make all of these tasks easy and seamless.

Storage Management

Hierarchical storage tracking is essential. Biobanking professionals are storing thousands to millions of samples. You need to be able to locate a sample from Site through Building, Room, Freezer, Shelf, Rack, Box, and finally to Position. With the volume of samples a Biobank maintains, a digital system is a must; this accurate, detailed tracking is nearly impossible with spreadsheets. Graphical freezer maps and box occupancy visualizations allow staff to virtually see the samples in a box without having to dig through the -80 freezer and physically look in boxes. Some LIMS systems offer an object visualizer specifically for storage management, which provides a hierarchical visual representation of the freezer, rack, box, and sample.

Capacity planning is an important component of a LIMS used in Biobanks. A LIMS can facilitate efficient freezer and box utilization and aid in storage forecasting. Empty position searching and automatic location assignment help with efficient storage utilization. Bulk relocation and freezer retirement features make a LIMS even more efficient.

Maintaining sample viability is essential to providing good samples for studies. Knowing how many times a sample has gone through a freeze/thaw cycle is essential for reliable data. Your biobanking LIMS should enable you to track this information.

Regulatory Compliance

Meeting regulatory compliance standards is necessary in Biobanks and Biorepositories holding patient samples and patient data. Make sure your Biobanking LIMS can support your regulatory needs, including HIPAA, GDPR, CAP, CLIA, GLP, FDA 21 CFR Part 11, etc. Your LIMS vendor should support your verification and validation needs by creating and executing test cases to fulfill your compliance requirements.

The best LIMS for biobanking should maintain field audit trails so you can easily determine what changes were made, who made them, and when.  It should have profiles and permission set configuration and conditional field display so only privileged users can see or edit sensitive data. The LIMS should also accommodate de-identification or pseudonymization of data

A quality LIMS incorporates good ethical stewardship of specimens. Your LIMS should facilitate tracking consent withdrawal, destruction requests, restricted specimen use, pediatric specimens, and international data sharing consent.

Security

Security controls within the LIMS will prevent sensitive data breaches and data compromise. A LIMS should provide role-based security to control access to data based on role, so only employees with a need to know can access sensitive data like PHI. Another valuable LIMS security feature is the ability to partition sample visibility by roles. For example, access to clinical and R&D samples can be limited to only the appropriate lab team members. 

Data backup also falls into this category. A good LIMS follows best practices for maintaining data integrity, preventing data loss, and ensuring that data is always accessible. Data encryption at rest and in transit is also essential.

Other security measures that a LIMS should offer are single sign-on using SAML or OAuth, for example, and multi-factor authentication (MFA) to protect sensitive data and sample information. Disaster recovery is important for cloud-hosted systems; the data should exist in two locations. For on-prem hosting, your IT team should have a robust disaster recovery and data backup plan in place.

Study Management

Study managers need to easily access essential patient and sample information, such as whether informed consent was received, including what consent document version was used, whether there are any restrictions for sample use, the consent or sample expiration dates, and any withdrawal requests. Study managers should not have to waste precious time hunting this information down in paper files or in other inefficient systems. A LIMS for Biobanking will have this information ready on the patient or sample records.

The LIMS should facilitate searching across metadata to fulfill research requests and manage sample requests, approvals, fulfillment, and shipping/distribution. Cohort management, visit management, and tracking are also essential to enable researchers to easily find specimens that match specific criteria.

Researcher Portal

A self-service portal where researchers can easily search for specimens and request samples makes a biobank employee’s job seamless by reducing the back-and-forth of questions and answers otherwise needed to find the desired samples. The portal may include searchable catalogs, request tracking, and shipment status, depending on the repository’s needs. A portal to submit studies is another helpful feature to have in a LIMS. 

It is essential that the portal have the same database as the LIMS. With this architecture, the profiles and permissions of the users logging in can be adjusted based on what the portal users need to view. For example, portal users can be allowed to see all samples, or only samples specific to a certain study, a certain PI, or a specific project.

Integration

A good LIMS will allow users to easily transfer data from instrumentation, including tube etchers, sequencing platforms, and plate readers, to the LIMS, whether via CSV import/export or via API integration. Users should also be able to easily combine or transfer datasets across institutions, sites, or to partners. Integration with third-party systems, including EHR, EMR, clinical databases, and freezer monitoring systems, is essential.

Workflow Management

Centrifuging, aliquoting, extraction, etc., all follow standard SOPs. Tracking these SOPs and walking technicians through predefined workflows is another essential feature in a good LIMS. A LIMS should accommodate standard biobanking workflows including collection, receipt, accessioning, centrifugation, aliquoting, extraction, QC, storage assignment, distribution requests, and disposal. It should also be configurable and flexible to accommodate other non-standard workflows.

Barcode Label Printing

It is hard to find a sample if it isn’t labeled. A Biobanking LIMS should be able to seamlessly print labels for parents, aliquots, and derived samples, and communicate to the laboratory etcher or automated laser tube marker.

Scalable, Configurable, Flexible

Finally, your LIMS should be scalable, configurable, and flexible. Your laboratory may grow, and your software should grow with you. Your LIMS should be able to accommodate the 10,000 specimens you have today as well as the 1 million specimens you may have in a few years. A system architect, as a member of the implementation team, will ensure that the software is structured to accommodate the increase in sample numbers. Not every biorepository operates the same way, so a configurable system is necessary. Your LIMS should mold to your processes; you shouldn’t change your process to match your software.

Shipment and Inventory Management

A good Biobanking LIMS should simplify and track the movement of samples between collection sites, processing laboratories, storage facilities, researchers, and study coordinators, while maintaining complete traceability and chain of custody throughout the process.

Comprehensive LIMS shipping records document when specimens were shipped, where they were shipped, the shipment tracking numbers, and who handled the specimens at each stage of the shipping process. The ability to attach supporting shipping documentation, including manifests and courier tracking, will reduce administrative work and ensure that regulatory and study requirements are met.

Inventory management is not just specimen tracking; it also includes tracking the number of consumables or kits each laboratory has on hand to ensure that enough materials are available for sample processing and collection. A modern LIMS should have the flexibility to monitor inventory levels, lot numbers, expiration dates, storage locations, and supplier information.

Additionally, some Biorepositories need to ship collection kits to research sites or to individuals. A LIMS that can track the shipment and generation of collection kits eliminates the need for another software system, thus improving operational efficiency and reducing cost.

Top Biobanking LIMS Software Vendors Comparison Guide

With the above criteria in mind, we evaluated eight biobank LIMS on the market, including their strengths, weaknesses, Biobank-specific functionality, and target users.

Vendor	Best For	Strengths	Weaknesses
Lockbox LIMS	Organizations seeking a flexible system that can support research and clinical Biobanks and Biorepositories	Highly configurable, robust storage management module, sample tracking features tailored for Biobanks, enhanced audit trails, and regulatory support.	New features for Biobanks and Biorepositories are emerging, with many features on the Lockbox LIMS product roadmap. Users may need to take advantage of free upgrade opportunities to leverage new features, and as a result, their system may need to be re-verified to stay compliant.
Freezer Pro	Small Biorepositories	Quick deployment and set-up, barcode support. Best suited for inventory-only applications.	Limited workflow automation and customization. Data export limitations; specifically, sample location data does not export with a box ID. Advanced features require a higher license tier.
Limfinity Biobanking LIMS	Enterprise Biobanks	Sample lifecycle and workflow management system with robust storage management capabilities.	May lack a high level of customization, since this feature is not mentioned on the website.
LabVantage Biobanking	Large integrated laboratory operations	Tailor-made for Biobanks and includes out-of-the-box integrations to other LabVantage software, including LIMS, ELN, and SDMS.	Customization may only be available through implementation partners. This may lead to an increase in cost.
TD BioBank	European clinical Biobanks	Specific to Biobanks and includes novel features such as pedigree charts and one-click collection publication.	The degree of customization, scalability, and flexibility is unknown, based on the available information.
OpenSpecimen	Research-focused and academic Biobanks	User-friendly interface with configurable forms and workflows. Offers cloud and on-premises deployment.	Overall pricing may be high compared to other LIMS offerings.
LabWare LIMS	Highly customized enterprise deployments	Comprehensive sample and workflow management well suited for any Biobank.	Users may require features contained in other LabWare offerings, thus increasing cost and implementation efforts.
Thermo Scientific SampleManager	Large regulated organizations	Pre-integrated with many other Thermo Scientific software offerings.	The pre-configured workflows may not be as flexible as other LIMS offerings.

Lockbox LIMS

Lockbox LIMS by Third Wave Analytics is a configurable laboratory information management system that supports the complete biospecimen lifecycle. Unlike traditional Biobank solutions that focus on freezer inventory management, Lockbox combines sample management, configurable workflows, regulatory compliance support, and world-class security within a single cloud platform.

Lockbox easily supports sample receipt, accessioning, aliquoting, derivative tracking, QC testing, storage management, distribution requests, and specimen retirement, while maintaining complete sample lineage and chain of custody. Lockbox’s hierarchical storage management enables users to quickly locate specimens across facilities, buildings, rooms, freezers, shelves, racks, drawers, and boxes. 

Lockbox’s enterprise-grade security features include role-based access control, field-level security, and detailed audit trails. Lockbox’s enhanced audit trail feature ensures field history tracking of up to 60 fields per object, with indefinite data storage. This supports many regulatory requirements, including CAP/CLIA.

Lockbox provides extensive reporting and dashboards, giving Biobank managers the capability to monitor specimen inventories, freezer capacity, turnaround times, workflow bottlenecks, and other operational metrics without the need for third-party software. The reporting capabilities allow users to easily find specimens that fit specific study requirements.

A big advantage of Lockbox is its flexibility. Organizations can configure the software to match their workflow requirements and laboratory operations, instead of changing workflows to match the software. Lockbox LIMS API integrations and configurable CSV imports and exports enable connection to instrumentation and third-party systems.

Given the highly configurable nature of Lockbox LIMS, organizations will work closely with Lockbox LIMS implementation teams, including a system architect, solution owner, and science SME, to ensure workflows are designed around the organization’s specific requirements.

Freezer Pro

FreezerPro by Azenta Life Sciences is marketed as a web-based freezer inventory management system with efficient inventory tracking, robust reporting capabilities, and live and intelligent search. While commonly used in Biobanks as a sample management tool, this system is not designed to be used in that manner. FreezerPro is designed for lower- to mid-throughput organizations and provides simple and quick installation. FreezerPro offers two options: Academia and Enterprise. Academia has some important limitations, including the lack of permission-based sample access. Enterprise has some paid options available, including sample status management and custom alerts for level monitoring. 

FreezerPro supports many regulatory compliance guidelines, including FDA 21 CFR part 11 and GLP/GMP. One feature that supports regulatory requirements is a complete sample history and audit trails. FreezerPro integrates with Azenta instruments and storage equipment, as well as some third-party systems, including barcode scanners and printers.

Limfinity Biobanking LIMS

Limfinity Biobanking LIMS, also offered by Azenta Life Sciences, is a comprehensive sample lifecycle and workflow management solution. Limfinity can manage requests, sample processing, storage, shipping, and label printing. Limfinity can integrate with other systems through API’s. Security features include role-based security, privacy controls on sensitive fields, audit logs, and support for many regulatory requirements.

Limfinity has built-in workflow management to support the full sample lifecycle. These workflows include accessioning, aliquoting, pooling, extraction, requests, shipping, discard, and retention. There are flexible tools for import and report formats. However, the Limfinity website does not indicate whether workflows can be customized to meet a lab’s specific needs. 

LabVantage Biobanking

LabVantage Biobanking is pre-configured for Biorepositories and biomedical labs to manage the collection, storage, retrieval, and use of biospecimens. Within the limitations of a pre-configured system, LabVantage contains all the necessary features that a Biorepository may need. LabVantage Biobanking can seamlessly integrate with other LabVantage tools, including LIMS, ELN, and SDMS. 

While pre-configured workflows may be appealing to many labs, laboratories seeking customization may need to spend more money to customize LabVantage Biobanking LIMS for their needs. LabVantage offers some professional services through Implementation Partners, who deploy, customize, and support LabVantage solutions for end-users.  

TD BioBank

TDBioBank made by Technidata Medical Software, is a dedicated solution for Biorepositories. It has a few unique features, including pedigree charts to manage information on family dimensions and a specialized virtual catalog that allows users to publish collections online with one click. TD Biobank can interface with other systems, including HIS, LIS, clinical databases, and instruments, using HL7 and XML. 

TDBioBank has customizable annotation forms, but the degree of workflow customization, scalability, and flexibility is unknown from the information available online. TDBioBank is a member of the ESBB, European, Middle Eastern, and African Society for Biopreservation and Biobanking. It also supports many regulatory compliance requirements.

Open Specimen

OpenSpecimen is used in 100 Biobanks across 20 countries, ranging from small Biobanks managing a few thousand samples to large Biobanks with millions of samples. OpenSpecimen boasts many of the features discussed above, including sample tracking, storage management, compliance, scalability, and integration. Users can customize their system without developers to adapt forms, workflows, and reports. A feature that we have not seen in other LIMS systems is the ability to bookmark frequently visited pages.

OpenSpecimen has user-friendly interfaces, allowing users to easily toggle between box contents in layout view and box contents in list view. Users can quickly share catalog views with researchers in read-only mode. Open Specimen can be hosted on-premises or in the cloud. The Open Specimen pricing structure is somewhat unique, with options including unlimited users for a fixed yearly cost and a per-user option with a one-time implementation fee. In our opinion, the pricing seems quite high compared to other LIMS offerings.

LabWare LIMS

LabWare LIMS offers a biorepository solution that combines specimen tracking and logistics with flexible searching and workflow management features. LabWare can help users track the entire lifecycle of each sample, including collection, pre-registration, receipt, testing QC, storage, retrieval, and distribution. Like all LIMS companies. LabWare boasts that using their LIMS will reduce turnaround time from request to shipping, improve sample tracking and maintain chain of custody, improve quality, improve efficiency, and reduce costs.

To utilize all of LabWare’s features, users need to purchase LabWare’s Plate Management and Electronic Laboratory Notebook modules to streamline and automate sample preparation and testing. LabWare offers on-prem and cloud hosting. 

Thermo Scientific SampleManager

Thermo Scientific SampleManager offers pre-configured solutions for biological material management. They have predefined a Biorepository workflow that includes sample collection, sample processing, storage, shipping, and disposal. Users can utilize dashboards to navigate across the main operational processes. Subscribers to Sample Manager can also incorporate asset management into their system.

Our impression from the materials available to us is that Sample Manager is not very customizable compared to other LIMS solutions. Users likely need to change their workflows to match the pre-built workflows in Sample Manager.  Sample Manager also comes pre-integrated with other Thermo Scientific software offerings, including a Laboratory Execution System, Scientific Data Management System, and an Electronic Lab Notebook. Sample Manager offers on-prem and cloud hosting.

What is the #1 LIMS for Biobanking?

The best Biobank LIMS depends on your repository’s size, regulatory requirements, workflows, and future growth plans. Organizations with relatively simple freezer inventory needs may find inventory management systems or systems with pre-configured workflows sufficient, while larger or growing research programs benefit from platforms that combine biospecimen management, configurable workflows, API integrations, CSV imports and exports, and world-class security. 

By evaluating systems against the criteria outlined above, Biobanks can choose a LIMS that not only manages today’s samples but also supports future research initiatives and long-term operational growth. Selecting a purpose-built LIMS that fits your workflows or a highly configurable LIMS will help ensure your organization is prepared to support the research needs of the future while maintaining specimen integrity, regulatory compliance, and operational excellence.

Legality Statement:

Third Wave Analytics, publisher of this post, is affiliated with Lockbox LIMS. FreezerPro, Limfinity Biobanking LIMS, LabVantage Biobanking, TD BioBank, OpenSpecimen, LabWare LIMS, and Thermo Scientific SampleManager are products or trademarks of their respective owners.

Third Wave Analytics is not affiliated with, endorsed by, or sponsored by the companies or organizations associated with FreezerPro, Limfinity Biobanking LIMS, LabVantage Biobanking, TD BioBank, OpenSpecimen, LabWare LIMS, or Thermo Scientific SampleManager. All product names, trademarks, and registered trademarks are the property of their respective owners.