Category Archives: LIMS

2026, LIMS

How a LIMS Improves Quality Control in Manufacturing Laboratories

Posted on by Ezgi Ozer
How a LIMS Improves Quality Control in Manufacturing Laboratories
05
Aug

Imagine that a batch is ready to leave the warehouse, waiting on one thing which is lab sign-off on a Friday. Somewhere between a spreadsheet, an inbox and a paper form is the result confirming the product can ship. This isn’t a rare event for manufacturing labs, it’s an everyday consequence of manual quality control.

According to industry research, laboratory staff can spend a significant portion of their day on admin tasks such as manually entering data, searching for records and preparing documentation instead of performing analytical work. Sometimes a compliance officer digs through binders before an audit, hoping nothing’s missing. Sometimes a supervisor manually re-keys the numbers into a report for the plant manager. None of this is because the people running these labs aren’t good at their jobs. It’s because the tools they’re working with were never built for the volume, complexity, or speed manufacturing demands today.  This is where a question comes to mind: Why does LIMS matter for manufacturing LIMS? 

Why LIMS matters and why now

A Laboratory Information Management System (LIMS), exists to take the manual grind out of running a lab: sample tracking, testing workflows, results, compliance records, all in one connected system instead of scattered across paper, inboxes, and spreadsheets.

While production lines have embraced automation, laboratory data is often still managed using paper, spreadsheets and disconnected systems. That gap is becoming harder to ignore.

The labs still relying on paper and spreadsheets aren’t just slower — they’re carrying risk every single shift.

That’s the moment LIMS steps onto the stage: not as a nice-to-have digitisation project, but as the system that lets a manufacturing lab keep pace with the plant around it. (If you’d like to read what a LIMS is, click here.)

 

How a LIMS actually improves quality control

A modern LIMS changes QC on the floor in a few concrete ways:

  • Faster sample turnaround. Digital sample booking and automated routing mean a sample gets logged, assigned, and tracked the moment it hits the lab.
  • Fewer manual errors. Manual data entry creates unnecessary risk. By connecting directly with instruments and capturing results electronically, a LIMS reduces transcription errors, eliminates duplicate entry, and ensures data is linked to the correct sample every time. 
  • Risk-based testing. Not every product or batch requires the same level of testing. A configurable LIMS can apply predefined rules based on product type, risk level, or testing requirements, helping laboratories focus resources where they matter most while maintaining quality standards. 
  • Audit-ready by default. Every sample, test, and result is logged automatically with a full chain of custody, so an audit becomes a report you pull, whenever it is needed. 
  • Real-time visibility. Production leaders and quality leads can see batch status without pinging the lab, so “is it ready to ship?” gets an instant answer instead of a phone call.

Put together, these aren’t just efficiency gains. They’re the difference between QC being a bottleneck and QC being a competitive advantage.

This is where QLIMS comes in

QLIMS is built specifically for labs like these, manufacturing QC labs that need to move fast without losing rigor. It replaces paper forms and Excel trackers with digital sample booking, automated workflows, and no-code configuration, so labs can adapt the system to their processes instead of bending their processes to fit rigid software.

No two manufacturing labs test the same way, and QLIMS is designed around that reality: configurable testing protocols, automated risk-based rules, and reporting that’s ready for an auditor the moment it’s requested. The goal isn’t to add another system on top of the chaos, it’s to remove the chaos underneath the work labs are already doing.

Real labs, real results

Not all LIMS vendors claiming to support precision medicine actually do. Here is what separates platforms that deliver from those that overpromise.

The proof isn’t in the pitch. It’s what happens when manufacturers actually put a LIMS to work.

  • Baiada replaced manual, paper-based sample submissions with QLIMS and freed up 1.5 full-time-equivalent roles that had been consumed by chasing forms and re-entering data. That’s not a marginal saving; that’s over a full headcount redirected toward work that actually needs a human.
  • Comvita moved its technicians off manual Excel spreadsheets and onto QLIMS, and saw a 20% jump in technician efficiency. Same team, same skills, but  just far less time lost to spreadsheet admin.
  • A confectionery manufacturer used QLIMS to automate risk-based testing protocols, cutting down the number of tests run on lower-risk products without compromising on the ones that matter. Less redundant testing, same confidence in the result.

Three different industries. Three different problems. The same underlying story: when the manual work disappears, the lab gets faster, the results get more reliable, and the people running it get their time back.

Every manufacturing laboratory reaches a point where paper forms, spreadsheets and disconnected systems begin to limit performance rather than support it. A modern LIMS helps laboratories spend less time managing information and more time delivering accurate, timely quality results.

If your lab is still running on paper and spreadsheets, the question isn’t whether a LIMS would help. It’s time to evaluate whether your current processes are still keeping pace with your operation. Book a demo with us today to see firsthand how we could support you. 

2026, LIMS

What Is a LIMS for Precision Medicine — And Why Most Labs Get It Wrong

Posted on by Ezgi Ozer
OnQ Software - LIMS For Precision Medicine
29
Jun

Precision medicine is rewriting the rules of diagnostics. Genomic sequencing, targeted oncology, and molecular pathology are no longer niche capabilities. They are the new baseline for forward-thinking labs. But the infrastructure holding these labs together? That is often still stuck in the past.

Most laboratory information management systems were designed for routine sample tracking, not the complex, multi-stage workflows that precision medicine demands. The result is labs running world-class science on outdated software, patching the gaps with spreadsheets, manual workarounds, and disconnected tools.

A LIMS for precision medicine is not just a standard LIMS, it is a fundamentally different type of platform, which is the one built for the data complexity, regulatory rigour, and clinical accountability that precision medicine requires.

What sets a precision medicine LIMS apart

A standard LIMS handles sample accessioning, result entry, and basic reporting. That is table stakes. Precision medicine workflows go further, a single patient specimen can generate genomic, transcriptomic, and proteomic data across multiple instruments and analytical stages. The system managing that journey needs to do more.

A LIMS for precision medicine labs should handle:

  • Automated import of molecular data, including NGS instrument integration and automated sample sheet generation
  • End-to-end traceability, from sample receipt through nucleic acid extraction, library prep, sequencing, and clinical reporting
  • Stage gate workflows that enforce quality control at every step, preventing errors from progressing downstream
  • Built-in compliance with ISO 17025 and ISO 15189 standards, including complete audit trails for sample handling
  • Clinical modules for patient and physician tracking, with secure report distribution and real-time delivery notifications
  • HL7 support for direct integration with hospital information systems and electronic health records

Without these capabilities, labs are forced to bridge the gaps manually which introduces exactly the kind of human error that precision diagnostics cannot afford.

The compliance challenge most labs underestimate

Regulatory compliance in precision medicine is not just about passing an audit. It is about building a system where trust in data is built into every process by default.

In high-stakes environments — oncology diagnostics, genetic testing, molecular pathology — the consequences of a documentation failure are not just operational. They are clinical. A sample without an unbroken chain of custody, a result without a time-stamped record, a report delivered to the wrong physician: these are not edge cases. They are risks that need to be designed out.

Paper-based systems and general-purpose LIMS platforms cannot reliably support this level of accountability. Electronic records need to be time-stamped, version-controlled, and immutable. Workflows need to enforce process integrity, not just record that a step was completed, but prevent the next step from proceeding until compliance criteria are met.

LIMS for precision medicine in the real world: a Bangladesh case study

One of the most compelling demonstrations of what a precision medicine LIMS can achieve comes not from a well-resourced first-world hospital, but from a molecular pathology lab being built in Bangladesh.

An oncology and nanotechnology research organisation engaged QLIMS to support the delivery of rapid point-of-care cancer diagnostics and genetic testing in one of the world’s Least Developed Countries (LDCs). The challenge was significant: limited regulatory infrastructure, language and cultural barriers across the lab team, and the need to meet international quality standards from day one.

The organisation evaluated four LIMS platforms. QLIMS was selected for its no-code configurability, multilingual visual interface, and high-security architecture, capabilities that mattered as much in Bangladesh as they would in London or Sydney.

The deployment included:

  • Automated Illumina sequencing integration with sample sheet generation and mutation identification
  • Centralised data management across results, instrument logs, and reagent records
  • ISO 17025 and ISO 15189-compliant audit trails from day one
  • Secure clinical report distribution with real-time SMS tracking for physicians

Data lake infrastructure to capture population-level genomic data unique to South Asian genetic profiles, not typically represented in Western datasets

The outcome: a lab now delivering world-class oncology diagnostics in a region that previously had no such capability. External auditors described QLIMS as one of the most sophisticated and easy-to-use systems they had ever assessed.

The broader impact is significant. Bangladesh spends an estimated USD 5 billion annually on citizens seeking medical treatment abroad. By raising the standard of diagnostic capability domestically, the country can begin to recapture those patients and provide equitable access to precision medicine for populations historically excluded from it.

What to look for when evaluating LIMS for a precision medicine lab

Not all LIMS vendors claiming to support precision medicine actually do. Here is what separates platforms that deliver from those that overpromise.

No-code configuration

Precision medicine workflows evolve quickly. If adapting your LIMS to a new assay or regulatory change requires a software developer, you are already behind. Look for a platform that allows lab managers and informatics teams to configure workflows, fields, and reports without code.

Instrument integration

Manual data entry between instruments and your LIMS is a reliability risk. LIMS should integrate directly with your sequencing and analytical platforms, automating data import and eliminating transcription errors.

Scalability and AI readiness

The labs winning in precision medicine are the ones building data infrastructure now that will support AI-powered analysis later. Look for a LIMS that supports data lake architecture, structured data capture, and a clear roadmap for AI integration. 

Compliance by design

Regulatory compliance should be built into the platform, not bolted on. ISO-compliant audit trails, stage gate workflow controls, and document version management should come standard, not as premium tiers.

QLIMS: precision medicine LIMS built for modern labs

QLIMS is a SaaS LIMS designed specifically for the complexity of precision medicine, genomics, and molecular diagnostics. It brings automation, instrument integration, and clinical reporting into a single secure platform without requiring IT infrastructure or software developers to configure and maintain it.

Used by genomics and oncology labs across globally, QLIMS is built for labs that operate at the frontier of medicine where the stakes are high, the data is complex, and the infrastructure needs to be as advanced as the science.

If you are evaluating LIMS platforms for a precision medicine or genomics lab, we would be happy to show you what QLIMS can do.

Book a Demo Here. Read the Bangladesh Case Study Here. 

2026, laboratory management, LIMS, Uncategorized

When Does a Laboratory Need a LIMS? 7 Signs You’ve Outgrown Spreadsheets

Posted on by Ezgi Ozer
when does a laboratory needs LIMS
22
Jun

When does a laboratory need a LIMS? It’s one of the most common questions laboratory managers ask as their operations grow. Spreadsheets are where everything begins. A few samples become a few hundred. A simple tracking sheet becomes several workbooks. Then more tabs are added, formulas become more complex, and suddenly the entire laboratory is relying on a system that was never designed to manage laboratory operations.

The spreadsheet that solved yesterday’s problem could be creating tomorrow’s bottleneck.

At first, spreadsheets feel flexible and familiar. But as workloads grow, compliance requirements increase, and teams expand, they can quietly become one of the biggest barriers to efficiency.

So how do you know when your laboratory has outgrown spreadsheets?

Here are seven common signs:

1. Your Team Is Spending More Time Managing Data Than Performing Science

Scientists, technicians, and quality teams should be focused on testing, analysis, and decision-making.

Instead, many laboratories find themselves manually entering results, updating multiple files, copying data between systems, and checking formulas.

The result? Valuable time is spent maintaining records rather than generating insights.

For example, entering 100 sample results may only take a few minutes. But repeat that process multiple times per day, across multiple analysts, and those minutes quickly become hours every week.

A LIMS automates much of this administration, allowing teams to focus on higher-value work.

2. Sample Tracking Is Becoming Difficult

One of the earliest warning signs is losing visibility of sample status.

Questions such as:

  • Has this sample been tested?
  • Who approved the result?
  • Which version of the report is correct?
  • Where is the sample now?

often become more frequent as volumes increase.

A laboratory processing 20 samples per day may manage comfortably using spreadsheets. A laboratory processing 200 samples per day often struggles to maintain visibility without a centralised system.

A LIMS provides real-time tracking from sample receipt through to reporting.

3. Audit Preparation Feels Stressful

Audits should not require days of searching through folders, emails, and spreadsheets. If your team spends significant time gathering evidence, proving traceability, or reconstructing records, your current process may be creating unnecessary risk.

Modern laboratories increasingly need:

  • Complete audit trails
  • User accountability
  • Electronic approvals
  • Controlled data access

These requirements are difficult to manage consistently using spreadsheets alone.

4. Errors Are Becoming More Common

Spreadsheets are powerful tools, but they are also highly dependent on human input.

A single accidental formula change, duplicate entry, or copy-paste mistake can impact reporting, investigations, and compliance.

As laboratory complexity grows, the likelihood and cost of these errors grows with it.

Consider a laboratory generating hundreds of reports per month. Even a small error rate can lead to significant rework, delayed reporting, or customer dissatisfaction.

As laboratories grow, reducing human error becomes increasingly important.

5. Different Teams Are Working in Different Systems

Many laboratories find themselves storing information in several locations:

  • Sample tracking in spreadsheets
  • Results in shared folders
  • Quality records in separate systems
  • Instrument data stored independently

For example, generating a single client report may require information from three or four different sources. This creates data silos.The more disconnected the data, the harder it becomes to maintain efficiency and confidence in decision-making.

A LIMS creates a single source of truth, bringing data, workflows, and reporting together in one platform.

6. Growth Is Creating Operational Pressure

Growth is often the point where spreadsheets begin to struggle.

Perhaps your laboratory has:

  • Added new testing methods
  • Expanded into multiple locations
  • Increased sample volumes
  • Hired additional analysts
  • Won larger customer contracts

What worked for a small laboratory rarely scales efficiently.

If every increase in workload requires additional manual administration, your systems may be limiting future growth.

A modern LIMS helps laboratories scale without increasing complexity at the same rate. Scalable laboratories need scalable systems.

7. Reporting Takes Longer Than It Should

Laboratory data is valuable only when it can be accessed, reviewed, and shared efficiently.

If teams are spending hours compiling reports, validating data, and manually creating customer deliverables, reporting may have become a bottleneck.

A modern laboratory informatics platform can help streamline reporting by keeping data connected from sample receipt through to final approval. You can simply click on the “Generate a CoA” in a modern LIMS and automate your report process. 

A Simple Rule of Thumb 

There is no perfect time to implement a LIMS. However, laboratories should begin evaluating their options if they:

  • Conduct more than 500 tests per month
  • Have multiple staff entering or reviewing results
  • Need stronger compliance and traceability
  • Struggle to track samples efficiently
  • Spend significant time preparing reports or audits
  • Plan to grow over the next few years

The best time to implement a LIMS is often before operational challenges become business problems.

Ready to See What a Modern Laboratory Platform Looks Like?

QLIMS helps laboratories centralise sample management, automate workflows, strengthen compliance, and reduce manual administration within a configurable cloud-based platform.

Whether you’re managing hundreds of samples or hundreds of thousands, QLIMS is designed to grow with your laboratory.

Book a personalised QLIMS demonstration and discover how modern laboratories are replacing spreadsheets with connected, scalable laboratory informatics.

2025, LIMS

Data Sovereignty in Laboratory Management: Why Location Matters for ISO 17025 Compliance

Posted on by Ezgi Ozer
Data Sovereignty in Laboratory Management: Why Location Matters for ISO 17025 Compliance
25
Aug

In an increasingly connected world, laboratories are embracing cloud-based Laboratory Information Management Systems (LIMS) to streamline operations, enhance collaboration, and improve data accessibility. However, as laboratories transition to Software-as-a-Service (SaaS) solutions, one critical consideration often gets overlooked: data sovereignty.

For laboratories operating under ISO 17025 standards, understanding and managing data sovereignty isn’t just a technical detail—it’s a fundamental compliance requirement that can impact accreditation, legal standing, and operational continuity.

 

Understanding Data Sovereignty in the Laboratory Context

Data sovereignty refers to the concept that data is subject to the laws and governance structures of the country or region where it physically resides. For laboratories, this means that when your critical test data, quality records, and compliance documentation are stored in cloud infrastructure, the physical location of those servers determines which legal framework governs your data.

This concept becomes particularly complex when dealing with multinational cloud providers whose data centers span multiple jurisdictions. A laboratory in Australia, for instance, needs to ensure their data remains subject to Australian privacy laws and regulatory frameworks, not those of other countries where their cloud provider might also operate.

 

ISO 17025 and Data Location Requirements

ISO 17025:2017, the international standard for testing and calibration laboratories, places specific emphasis on data integrity, security, and accessibility. While the standard doesn’t explicitly mandate data sovereignty, several key requirements make it a practical necessity:

Section 7.5 (Technical Records) requires laboratories to maintain records that demonstrate compliance with procedures and the validity of results. These records must be readily accessible and protected against loss or deterioration. When data crosses international boundaries, questions arise about long-term accessibility, especially during political tensions or changing international agreements.

Section 7.7 (Ensuring the Validity of Results) mandates that laboratories have procedures for monitoring the validity of results. This monitoring becomes significantly more complex when data sovereignty issues could potentially restrict access to historical data or reference standards.

Impartiality and Confidentiality Requirements under Section 4 become more challenging to guarantee when data is subject to foreign disclosure laws or surveillance frameworks that may conflict with local privacy regulations.

 

The Risks of Ignoring Data Sovereignty

Laboratories that fail to consider data sovereignty face several significant risks:

Regulatory Compliance Issues: Many countries have specific requirements about where sensitive data can be stored. Healthcare laboratories, environmental testing facilities, and those working with government contracts often face explicit data residency requirements.

Accreditation Vulnerabilities: While accreditation bodies may not initially question data location, a comprehensive audit could reveal compliance gaps that threaten accreditation status.

Legal Liability: In the event of a data breach or legal dispute, having data stored in foreign jurisdictions can complicate legal proceedings and potentially expose the laboratory to unfavorable foreign legal frameworks.

Business Continuity Risks: International disputes, changing trade relationships, or new regulations could potentially restrict access to data stored in certain jurisdictions.

 

How AWS Regional Architecture Addresses Sovereignty Concerns

Amazon Web Services (AWS) has built its global infrastructure with data sovereignty in mind, operating multiple regions across different countries and continents. This architecture provides several key benefits for laboratories:

Regional Data Residency: AWS regions are completely independent, meaning data stored in the AWS Asia Pacific (Sydney) region remains physically within Australia unless explicitly configured otherwise. This ensures compliance with Australian data protection laws and regulatory requirements.

Comprehensive Compliance Frameworks: AWS maintains certifications and compliance programs specific to each region, including SOC 1/2/3, ISO 27001, and local frameworks like the Australian Government’s Information Security Manual (ISM).

Transparent Data Handling: AWS provides clear documentation about where data is stored and processed, giving laboratories the visibility needed to demonstrate compliance to auditors and regulators.

 

QLIMS: Purpose-Built for Sovereign Laboratory Operations

As an AWS-native LIMS solution, QLIMS is uniquely positioned to help laboratories maintain data sovereignty while leveraging the benefits of cloud computing. Here’s how:

Regional Deployment Flexibility: QLIMS can be deployed within specific AWS regions, ensuring that laboratory data remains within chosen geographical boundaries. For Australian laboratories, this means all data can remain within AWS’s Sydney region, subject to Australian jurisdiction.

Compliance-Ready Architecture: Built with ISO 17025 requirements in mind, QLIMS incorporates data integrity, audit trails, and access controls that support compliance requirements while maintaining regional data residency.

Scalable Sovereignty: As laboratories grow or expand internationally, QLIMS can be deployed across multiple AWS regions while maintaining appropriate data boundaries for each jurisdiction.

Integrated Security: Leveraging AWS’s security infrastructure, QLIMS provides enterprise-grade security that meets local regulatory requirements without compromising on functionality or performance.

 

Best Practices for Maintaining Data Sovereignty

Laboratories considering cloud-based LIMS solutions should implement several best practices:

Conduct Regular Data Mapping: Understand exactly where your data flows and is stored throughout your LIMS infrastructure. This includes backup locations, disaster recovery sites, and any third-party integrations.

Implement Data Classification: Not all laboratory data has the same sovereignty requirements. Classify data based on sensitivity, regulatory requirements, and business criticality to determine appropriate storage and handling protocols.

Regular Compliance Reviews: As regulations and international relationships evolve, regularly review your data sovereignty posture to ensure continued compliance.

Vendor Due Diligence: When selecting LIMS providers, thoroughly evaluate their ability to provide clear data residency guarantees and compliance documentation.

 

The Future of Laboratory Data Management

As laboratories continue to digitise operations and embrace cloud technologies, data sovereignty will only become more important. Regulatory frameworks are evolving to provide clearer guidance on data residency requirements, and accreditation bodies are likely to place increased scrutiny on data management practices.

The laboratories that proactively address data sovereignty today will be better positioned for future regulatory changes and will maintain the trust of clients, regulators, and stakeholders who increasingly expect transparent and compliant data handling practices.

 

Data sovereignty isn’t just a technical consideration—it’s a fundamental aspect of laboratory compliance and risk management. By choosing AWS-native solutions like QLIMS that provide clear data residency controls, laboratories can embrace the efficiency and innovation of cloud computing while maintaining the compliance and security posture required for ISO 17025 accreditation.

The key is working with technology partners who understand both the technical requirements of modern laboratory operations and the regulatory landscape in which laboratories operate. With the right approach to data sovereignty, laboratories can achieve the best of both worlds: cutting-edge cloud capabilities with uncompromising compliance and control.

 

OnQ Software’s QLIMS provides AWS-native LIMS capabilities with full data sovereignty controls. To learn more about how QLIMS can help your laboratory maintain compliance while leveraging cloud innovation, contact our team. 

2025, LIMS

LIMS in Stability Testing Part 2

Posted on by Ezgi Ozer
OnQ Software - LIMS For Precision Medicine
11
Apr

We explored the importance of stability testing and the challenges laboratories face in managing complex study protocols, tracking large sample volumes, and ensuring regulatory compliance in Part 1. Now, in Part 2, we dive deeper into the essential features that a LIMS for stability testing should offer. From configurable scheduling and automated notifications to seamless integration and compliance support, we’ll discuss how the right system can enhance efficiency, maintain data integrity, and ensure regulatory readiness.

Configurable Scheduling Options

Managing stability studies involves adhering to specific testing schedules based on regulatory guidelines and internal protocols. A flexible LIMS should allow users to:​

  • Define study-specific schedules based on testing intervals (e.g., 1 month, 3 months, 6 months).​
  • Adjust frequency and duration based on product type and storage conditions.​
  • Allocate tests dynamically to analysts, ensuring balanced workload distribution.​

By providing a configurable and automated scheduling system, a LIMS minimises the risk of human error while ensuring timely execution of stability studies.​

Automated Reminders and Notifications

Stability testing involves multiple time points spread over extended periods. Missing a test or delaying analysis can compromise regulatory compliance and product integrity. A robust LIMS stability module should feature:​

  • Automated Alerts for Upcoming Tests: Keeps analysts and supervisors informed about pending tasks.​
  • Email and In-System Notifications: Ensures no time point is overlooked.​
  • Escalation Alerts: Notifies relevant personnel if critical deadlines are approaching or missed.​
  • Audit Trails: Tracks who received notifications and their responses, enhancing accountability.​

These features ensure that every stability study remains on track, preventing costly delays and non-compliance risks.​

Advanced Integration Capabilities

A modern LIMS should serve as the central hub for all laboratory data, enabling seamless integration with:​

  • Analytical Instruments: Such as HPLC and GC for automated data capture.​
  • Environmental Monitoring Systems: To log storage conditions like temperature and humidity.​
  • Other Laboratory Equipment: Including balances, pH meters, and dissolution testers to ensure consistent data recording.​
  • ERP Systems: Facilitates batch tracking and inventory management.​

Regulatory Compliance and Audit Readiness

Compliance is paramount in stability testing. Your LIMS should assist in meeting:​

  • FDA 21 CFR Part 11: Provides secure electronic signatures and comprehensive audit trails.​
  • GMP/GLP Requirements: Ensures data integrity, traceability, and validation.​
  • ISO Standards: Facilitates standardised reporting and global compliance.​

A compliance-ready LIMS should also generate regulatory reports on demand, simplifying the audit process.​

User-Friendly Interface and Workflow Efficiency

Even the most powerful LIMS can be underutilized if it’s not user-friendly. An ideal system should feature:​

  • Intuitive Dashboards: Provides real-time visibility into study progress.​
  • Easy Navigation: Simplifies access to sample management, test results, and trend analysis.​
  • Role-Based Access Control: Enhances data security by restricting access based on user roles.​
  • Minimal Training Requirements: Reduces onboarding time for new users, promoting quicker adoption.​

A well-designed LIMS not only streamlines operations but also improves user adoption, ensuring maximum efficiency.​

Next Steps

When evaluating a LIMS for stability testing, prioritise a system that offers flexibility, automation, and compliance-ready features. QLIMS provides all the features discussed above and an advanced stability testing module tailored for modern laboratories. So it helps organisations stay compliant while optimising workflows.

Want to see how QLIMS can enhance your stability studies? Contact us for a demo today!

2025, LIMS

LIMS in Stability Testing Part 1

Posted on by Ezgi Ozer
OnQ Software - LIMS For Precision Medicine
11
Apr

How do manufacturers ensure that a pharmaceutical drug remains safe and effective over time? Or that a food product retains its quality until the expiration date? The answer lies in LIMS in stability testing—a crucial process in industries like pharmaceuticals, cosmetics, food, and chemicals.

Stability testing involves exposing products to different environmental conditions (such as temperature, humidity, and light) to evaluate their shelf life and performance over time. This process generates a large volume of data, requiring accurate tracking, compliance with regulations, and efficient management.

That’s where a LIMS (Laboratory Information Management System) comes into play. A modern LIMS streamlines stability testing by managing study protocols, automating sample tracking, scheduling tests, and ensuring regulatory compliance.

Why Stability Testing Matters

  • Regulatory Compliance: Stability testing is mandatory in industries like pharmaceuticals, where guidelines from regulatory bodies (e.g., FDA, ICH, EMA) dictate strict requirements.
  • Quality Assurance: Ensures that products maintain efficacy, safety, and consistency over their intended shelf life.
  • Cost Reduction: Detecting stability issues early prevents costly recalls and product failures.

Challenges in Stability Testing

Despite its importance, stability testing presents several challenges:

  • Managing Complex Study Protocols: Stability studies often span months or years, requiring organised data handling.
  • Tracking Large Sample Volumes: Different batches and storage conditions generate massive amounts of data.
  • Ensuring Regulatory Compliance: Failing to meet standards can lead to legal issues and product recalls.

How LIMS Enhances Stability Testing

Selecting the right LIMS is crucial for ensuring accurate, efficient, and compliant stability testing. Whether you’re in pharmaceuticals, food, cosmetics, or chemicals, your Laboratory Information Management System (LIMS) should offer features that optimise workflow, automate key tasks, and seamlessly integrate with your lab environment.

A well-designed LIMS for stability testing should provide:

  • Configurable Scheduling to manage various types of stability studies.
  • Automated Notifications and Alerts to prevent missed deadlines.
  • Seamless Integration with laboratory instruments, enterprise systems, and reporting tools.
  • Regulatory Compliance Support to meet global standards such as FDA, and ISO.
  • User-Friendly Interface to enhance efficiency and user adoption.

Let’s explore these key features in detail in Part 2. If you’d like to see stability testing module in action, request a free demo today and see why leading labs trust QLIMS.

2025, LIMS

10 Benefits of Using a LIMS

Posted on by Ezgi Ozer
OnQ Software - LIMS For Precision Medicine
11
Apr

Managing a lab without a Laboratory Information Management System (LIMS) is like juggling a hundred things at once—manual records, scattered data, and endless compliance checks. But what if you could streamline everything with a single solution? In this blog, we dive into the 10 benefits of using a LIMS:

1. All Data in One Place

No more digging through spreadsheets or paperwork! A LIMS centralises all your data, making it easy to access sample details, test results and reports from one system.

Imagine that you need to find a sample’s history from a year ago? Just search for it in LIMS—done in seconds!

2. Say Goodbye to Human Errors

Manual data entry mistakes can be costly. LIMS automates data capture and validation, reducing errors and ensuring accuracy. Would you trust a handwritten result over an automated, validated digital entry?

3. Always Audit-Ready

Regulatory compliance (ISO 17025, GLP, FDA 21 CFR Part 11) is built into LIMS, with audit trails, electronic signatures and data security. Every action is recorded, so you can track who modified a sample, who changed its status and when it happened.

If an auditor walks in today, can you easily provide a full sample history? With LIMS, you can! View complete audit logs, track every change and ensure full traceability at all times.

4. Everything from Sample Entry to Reports

From the moment a sample enters the lab to generating final reports, LIMS ensures a smooth, automated workflow. No more lost samples, misplaced results, or manual tracking. It covers all the lab management steps – sample logging, testing, data analysis and report generation.

5. Works with Your Instruments

LIMS enables you to integrate with lab instruments and other software like ERP or ELN. It eliminates the need for manual data transfers and allows you to schedule calibrations and maintenance.

6. Smart Inventory Management

Monitor stock levels, automate reordering, and track lot numbers, expiry dates, and usage history—all in one seamless system. LIMS tracks your lab’s inventory, alerts you about low stock, and even automates reordering. You can set up automatic alerts when critical supplies are running low—no more last-minute surprises!

7. Secure & Backed Up Data

LIMS stores your data securely with automatic backups and user access controls. Especially if you have a SaaS LIMS, your data is hosted in the cloud with enterprise-level security, regular backups, and disaster recovery measures—so you never have to worry about losing critical information.

What happens if your current system crashes today? With LIMS, your data is always safe, accessible from anywhere, and protected against unexpected failures.

8. Smarter Decision-Making

LIMS provides real-time analytics, trends, and reports, helping you make data-driven decisions. Some LIMS vendors even have built-in Business Intelligence (BI) dashboards that provide instant insights into lab performance. You can monitor KPIs, track workflows and use the dashboard to identify workload distribution—seeing exactly who is handling the most tasks.

9. Save Time & Money 

Automating workflow means faster turnaround times, fewer mistakes and lower costs.

Want to see how much your lab could save with a LIMS? Use our ROI calculator to estimate your annual savings. Click here to access our Excel sheet, where you can calculate ROI based on your monthly sample volume.

10. Work Better Together

Collaboration is easier with shared data access, messaging, and role-based permissions. You can even leave notes under a sample for your colleagues, ensuring seamless teamwork.

But collaboration isn’t just within your lab—QLIMS partners with you every step of the way. Honesty and transparency guide us, and we build trust through clear communication. Every customer is assigned a dedicated Customer Success Manager (CSM), ensuring you always have expert support when you need it. If an issue arises, simply raise a ticket and your CSM will be there to assist you.

If you’d like to experience these benefits firsthand, book your demo today! Take the first step toward a smarter, more efficient lab with QLIMS.

2025, LIMS

Transforming Healthcare Labs with Cloud Based LIMS

Posted on by Ezgi Ozer
OnQ Software - LIMS For Precision Medicine
10
Apr

Healthcare laboratories today face increasing pressure to improve efficiency, ensure data integrity, and streamline workflows while meeting strict regulatory requirements. A modern Laboratory Information Management System (LIMS) designed for the healthcare industry can address these challenges, but not all solutions are created equal. A cloud based, SaaS driven approach offers significant advantages, particularly for labs dealing with patient data, diagnostic workflows, and regulatory compliance. Let’s look into how to transform healthcare labs with cloud based LIMS.

Enhancing Data Management and Compliance

In healthcare, managing sensitive patient data requires strict adherence to standards such as HIPAA, GDPR, and ISO 15189. A cloud based LIMS provides built-in compliance features, including audit trails, role-based access controls and automated data security measures. Unlike traditional on-premise systems, a cloud based LIMS eliminates the need for extensive IT infrastructure and maintenance, allowing labs to focus on delivering accurate and timely diagnostics.

Interoperability with Healthcare Systems

Seamless integration with existing healthcare IT infrastructure is crucial. A cloud based LIMS can connect with Hospital Information Systems (HIS) and other platforms via industry-standard protocols like HL7. This ensures smooth data exchange between laboratory instruments, hospital databases and external healthcare providers, reducing manual data entry errors and enhancing overall efficiency.

Real Time Access and Collaboration

A cloud-based system enables healthcare professionals to access critical laboratory data securely from anywhere. This is particularly beneficial for multi-site healthcare networks, telemedicine applications and research collaborations. Clinicians can retrieve test results in real time, improving patient care and decision-making speed.

Continuous Updates and Future-Proofing

Regulatory requirements and healthcare technologies are constantly evolving. A SaaS-based LIMS ensures laboratories always have access to the latest software updates, security patches and regulatory compliance features without disrupting daily operations. This future-proofing capability is essential for labs aiming to stay ahead of industry changes.

For healthcare laboratories, adopting a cloud-based LIMS means enhanced data security, streamlined workflows and improved compliance. The ability to integrate seamlessly with existing healthcare systems and ensure real-time data access makes this approach not just a convenience, but a necessity in modern healthcare operations.

Request a demo and experience a cloud based LIMS, QLIMS, firsthand!

2025, LIMS

LIMS 101: The Beginner’s Guide to LIMS – Part 2

Posted on by Ezgi Ozer
OnQ Software - LIMS For Precision Medicine
10
Apr

In our previous blog post, we introduced the concept of Laboratory Information Management Systems (LIMS), explored why labs need one and highlighted the key features of a LIMS, click here to read it. In Part 2, we’re taking a deeper dive into when the right time to implement a LIMS is and the crucial steps for the implementation. Whether you’re a lab manager, IT specialist or decision-maker, this guide will help you determine the best approach for your lab’s digital transformation.

When is the Best Time For a LIMS

The decision to implement a LIMS should be based on a combination of factors that will ensure it delivers value to your lab. Here are the key considerations:

1. Test Volume

First of all, the test volume conducted by the laboratory is an important consideration. A general guideline is to have a minimum of 500 tests per month before considering the implementation of a LIMS. This indicates that the laboratory has a significant workload to warrant LIMS adoption. However, test volume alone shouldn’t be the only deciding factor.

2. Laboratory Size

Even though test volume is important, the size of the laboratory or company should also be taken into account. Sometimes a laboratory conducts 500 tests per month, but it may be relatively small. In such cases, it is advisable to wait until the laboratory reaches its maximum capacity, typically around 300-350 tests per month per staff member, before moving forward with a LIMS.

3. Return on Investment (ROI)

One crucial factor to consider is the Return On Investment (ROI). Determining ROI is an important step in justifying an investment in LIMS. This evidence-based approach allows laboratories to make informed decisions. By evaluating the expenses incurred in the lab operations—such as labor costs, material waste and manual errors—laboratories can estimate the potential cost savings and efficiency gains that a LIMS can bring. For instance, if you run 500 samples monthly, you can save up to 117,000 AUD annually. If you’d like to calculate your ROI with details, reach out to us to get our ROI Calculator sheet.

4. Regulatory Compliance and Data Security

Laboratories often face stringent regulatory requirements that demand accurate and secure data management. Moving to a LIMS helps meet regulatory standards, maintain data integrity and ensure a secure environment. A well-implemented LIMS provides comprehensive audit trails, automated compliance reporting and robust data security features. Laboratories should assess whether their existing systems meet compliance and security needs before proceeding.

5. Complexity of Workflows and Data Management

If your laboratory’s workflows are becoming increasingly complex or involve multiple departments (such as sample tracking, testing, analysis and reporting), it’s a sign that a LIMS could help streamline these processes. A LIMS allows seamless data flow across various functions, eliminating manual data entry, reducing errors and improving overall efficiency.

How to Implement a LIMS in Your Lab

Implementing a LIMS is a strategic decision that involves careful planning and coordination. The process typically involves several key stages:

1. Assessment and Planning

The first step is to assess your lab’s current workflow, data management needs and pain points. This will help you determine the specific functionalities your LIMS needs to have. You’ll also need to outline your budget, timeline and goals.

2. Choosing the Right LIMS Solution

There are many LIMS options available, ranging from highly customisable platforms to off the shelf solutions with configuration. It’s important to choose one that aligns with your lab’s requirements, both in terms of features and scalability. At this stage, it’s worth consulting with LIMS vendors to discuss your needs and evaluate demos. To book your free personalised demo with us, click here.

3. System Configuration and Integration

Once you’ve selected a LIMS, the next step is configuring it to fit your lab’s processes. This may include integrating the LIMS with existing instruments, databases and other lab systems. This step can be time-consuming, but it ensures that the system works smoothly and efficiently. If you’ve selected the right LIMS, you should be able to get support from your vendor.

4. Training and Support

Proper training is crucial for ensuring that your lab staff can effectively use the new system. Most LIMS vendors offer training sessions, user manuals and ongoing support. It’s important to encourage your team to embrace the change.

5. Go Live and Continuous Improvement

After testing the system and ensuring everything works as expected, you can officially launch the LIMS in your lab. Even after the go-live, continuous monitoring and optimisation will be necessary to address any issues and ensure the system evolves with your lab’s needs.

If you’re ready to take the next step in transforming your lab’s operations, we’re here to help. Our team offers personalised demos to walk you through the best LIMS solution for your unique needs. Click here to book your free QLIMS demo today and get started on your journey toward a more efficient and secure laboratory.

2025, LIMS

LIMS 101: The Beginner’s Guide to LIMS (Laboratory Information Management Systems) – Part 1

Posted on by Ezgi Ozer
OnQ Software - LIMS For Precision Medicine
10
Apr

Laboratories today generate a large amount of data, manage complex workflows and adhere to high regulatory standards. At this point, you need a solution for your lab management, and that’s where LIMS steps in. In this ultimate blog, we will be learning LIMS 101, the beginner’s guide to Laboratory Information Management Systems.

Think of LIMS as the conductor of an orchestra in the lab management world. Just as a conductor brings together diverse instruments to create a harmonious symphony, LIMS integrates various lab processes and data streams to create an efficient workflow. With LIMS, labs perform at their best, hitting the right notes every time.

Here are the titles we cover in this blog post,

  • What is a LIMS?
  • Why Do Labs Need a LIMS?
  • Key Features of a LIMS?

What is a LIMS?

A Laboratory Information Management System (LIMS) is software designed to help labs manage their samples, data, and workflows effectively. Depending on the LIMS vendor, it includes a wide range of features tailored to lab needs. From sample management to reporting, customer portals to instrument integration, it covers many essential functions. It’s a comprehensive tool that streamlines operations, enhances accuracy, and ensures compliance with industry standards.

Why Do Labs Need a LIMS?

The need for LIMS arises from the increasing complexity of laboratory operations. Managing samples, tracking results, integrating instruments and ensuring regulatory compliance can become overwhelming without a centralised system. LIMS provides the structure and support labs need to operate smoothly and scale efficiently.

Why your lab needs a LIMS covers the key features and benefits of a LIMS. There are many capabilities that a LIMS can bring for your laboratory.

Key Features of a LIMS

1. Sample Management: 

LIMS provides powerful tools to ensure effective sample tracking and management. Unique identifiers like barcodes allow you to track samples throughout their lifecycle, from collection to storage to analysis.

2. Workflow Automation: 

Automation is a cornerstone of LIMS functionality, helping labs reduce manual tasks. Less admin work and more science. You can also integrate with instruments to automatically collect and record data, reducing manual entry errors.

3. Data Management:

Managing vast amounts of lab data is made simple with LIMS. Securely store both raw and processed data in one location, ensuring easy access and management.

4. Compliance and Security:

LIMS helps labs meet strict regulatory requirements and maintain data integrity. Maintain detailed logs of all actions within the system, ensuring accountability and transparency.

5. Reporting and Insights:

Get a clear picture of your lab’s performance and outcomes. You can even create personalised reports to meet your lab’s unique needs.

LIMS is not just a tool; it’s an enabler of excellence in laboratory management. Whether you’re managing a genomics lab, a clinical facility or an environmental testing center, the right LIMS can transform your operations. It’s time to harmonise your lab’s processes with a system that’s built for the future.

If you’re curious about implementing a LIMS or wondering if it’s the right time for your lab to adopt one, click here to read Part 2. If we haven’t covered your questions in this blog post, feel free to reach out—we’d be happy to help!