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Four Game-Changing Business Strategies to Improve Laboratory Processes
May 11, 2026
All organizations must adapt to external forces and evolving circumstances. Success now depends on continually finding new ways to boost efficiency, cut costs, and improve performance.
Take the medical lab and its current challenges as a prime example. Gone are the days of abundant margins and available market share, replaced by rate cuts driven by government and private payers, provider consolidation, and increased competition to gain and retain customers, all while compliance costs continue to rise amid an unprecedented labor shortage.
Despite these negative trends, clinical lab and pathology practice operators do have options. By committing to four game-changing business strategies, they can protect themselves, leverage ongoing disruptions, and prepare the lab for a profitable future.
Let's explore these strategies in detail, beginning with modernization.
Strategy 1: Modernize Processes
Modernizing pathology and clinical lab workflow is a great place to start. This strategy entails extracting processes from legacy environments and re-platforming them onto more advanced and efficient technologies.
Upgrade Your Laboratory Information System
A common and effective example of modernization is upgrading one's laboratory information system (LIS) software. Today's medical lab landscape is constantly evolving; the only way to keep pace and thrive is to replace legacy laboratory information systems with advanced clinical and pathology lab reporting software platforms from leading LIS vendors to overcome modern challenges.
Legacy LIS systems are inflexible, forcing labs to rely on manual workarounds, disconnected laboratory software systems, and costly integrations that create data silos and operational inefficiencies. Many also struggle with reliability, scalability, and modern functionality, limiting a laboratory’s ability to remain competitive, efficient, and positioned for growth.
In contrast, advanced laboratory information systems are comprehensive, highly configurable, and cloud-based. Their streamlined workflows, interoperability, and reliability are crucial for testing facilities that aim to modernize, increase testing volumes, attract clients, and enhance community service.
Discover More: Is Your Pathology Lab Reporting Software System Outdated and Lacking Functionality?
Strategy 2: Optimize Processes
Advanced LIS laboratory information system software can also serve as a central hub for optimizing processes. This strategy utilizes predictive analytics and simulations to run what-if scenarios across all workflows. This helps pinpoint the areas with the greatest potential for optimization before making any changes.
From Sample Collection to Final Report
The best LIS systems expertly manage lab data from sample collection to the delivery of the final report to the clinician. These modern medical LIS software platforms enable pre-analytical automation, efficient sample tracking, and seamless data exchange with hospital and clinic electronic health record (EHR) systems.
Modern medical laboratory information system software offers accessible data that empowers lab directors to analyze and implement changes that enhance efficiency, accuracy, and turnaround times while reducing waste and errors.
The best laboratory information systems enable laboratory managers to optimize processes for peak performance and productivity.
Learn More: Understanding the Importance of Real-Time Analytics in the Modern Clinical Laboratory
Strategy 3: Standardize Processes
Standardizing processes focuses on continually improving consistency and quality within the lab environment. In simple terms: if it is efficient and accurate, take the necessary steps to standardize it across the organization.
How Modern Laboratory Information Systems Support Standardization
The laboratory workflow management functionality embedded within robust, modern laboratory information systems helps develop and standardize workflows in two ways: first, by providing lab leadership with mapping and data analysis tools, and second, by storing and managing standardized best practices that ensure every test LIS staffing performs is according to approved procedures.
The best LIS systems support standardization by driving automated labs, enabling consistent data entry and reporting templates, managing quality control across all tests and instruments, and ensuring full compliance with regulatory requirements.
In addition to a high-performance lab information system, leadership can further standardize operations by developing and regularly updating Standard Operating Procedures (SOPs), introducing Lean Management techniques, and providing LIS staffing with continuous improvement and cross-training programs.
Discover More: How Best Practices and Advanced Laboratory Information System Technology Help Ensure Lab Workflow Management
Strategy 4: Automate Processes
Automated labs are now essential for success. Leading laboratory information system vendors have engineered LIS systems that automate core operations, setting modern labs apart from those stuck in the past.
Rule and Automation Engines: The Foundation of Automated Labs
Advanced medical LIS systems with rule and automation engines streamline laboratory workflow management by reducing manual tasks, increasing accuracy, and accelerating operations, enabling lab professionals to focus more on complex, high-value work that leverages their expertise.
The all-in-one LigoLab Informatics Platform is a prime example. Its rule engine empowers LIS system personnel to build and support as many rules and preferences as needed. From there, the automation engine connects these rules into a unified lab workflow framework, delivering extensive configurability and centralized control across both operational and laboratory billing processes.
Discover More: LigoLab’s Enterprise Tier Features a Sophisticated Automation Engine
Specific Processes That Automation Handles
Reflex Testing: The engines can automatically trigger additional tests based on specific results, ensuring fast and efficient processing without manual intervention.
Workflow Changes: Rules can dynamically adjust the pathology and clinical lab workflow for specific samples based on various parameters, optimizing operations to meet the lab's needs.
Document Generation: Rules can automatically create specific reports, notifications, or requisitions based on defined conditions.
CPT Coding: Rules can automatically assign or adjust CPT codes based on the specifics of the test or service performed, ensuring accurate laboratory revenue cycle management and compliance.
External System Calls: The rule engine can interact with external laboratory software systems, enabling seamless integration and automated coordination with other software or services.
Case Flagging: The rule engine can flag cases, tests, samples, patients, or clients that meet specific criteria, signaling them for further attention or action, such as a customer service intervention.
Industry Insights: Best Laboratory Billing Software Solutions - A Complete Comparison for Clinical, Pathology, and Outreach Labs
A Broader View: How Automation Impacts Every Stage of Lab Workflow
Sample Tracking and Management: Advanced laboratory information systems automate barcode tracking of a sample from reception to result, tracking the journey and updating status throughout the process.
Automated Data Entry: The best LIS software connects directly to electronic health records and laboratory instruments, automatically capturing and recording orders and test results, eliminating data entry and transcription errors.
Workflow Optimization: Advanced medical LIS systems automate sample routing to the appropriate instruments or departments based on predefined criteria, such as test type, priority, or specific patient requirements, thereby reducing waste and improving turnaround times.
Quality Control Checks: Modern LIS medical solutions automate the scheduling and execution of quality control checks, automatically flagging results that do not meet quality standards, and triggering necessary follow-up actions.
Decision Support: Modern LIS systems incorporate decision support tools that automatically interpret results against predefined thresholds and clinical guidelines, providing preliminary interpretations that enable faster, more accurate diagnoses.
Reporting and Notification: The best LIS systems automate report generation once laboratory staff finalize results and automatically notify clinicians via email, SMS, or directly through integrated EHRs when results are available.
Laboratory Billing and Reimbursement: With advanced LIS software platforms that feature fully integrated in-house laboratory revenue cycle management (lab RCM), automation extends directly into the laboratory billing workflow. Instead of functioning as a largely manual back-end process, lab billing becomes a proactive, automated front-end operation where CPT and ICD coding are applied automatically, and claims are validated, scrubbed for errors, and prepared for submission in real time. This approach reduces administrative burden, improves accuracy, and helps minimize costly lab billing errors and denials.
Maintenance Scheduling: Modern LIS systems monitor instrument usage and automatically schedule maintenance or recalibration, preventing downtime and ensuring all instruments operate at optimal levels.
Compliance and Auditing: The best LIS laboratory information system software automatically tracks and logs all user actions and changes within the platform, an essential capability for maintaining regulatory compliance.
Integration with Hospitals and Health Systems: Advanced LIS systems feature robust integration capabilities, enabling automated data exchange across platforms. This ensures consistency and accuracy in patient records and timely deliveries across all departments.
Industry Insights: From System of Record to System of Action - The Next Evolution of Laboratory Information Systems
Process Improvement Starts with Advanced Laboratory Information Systems
With negative trends persisting and demand for faster, more accurate diagnoses growing across the industry, now is the time for lab leaders to embrace process-improvement strategies supported by advanced laboratory information systems. By doing so, they will be properly positioned to meet current needs and challenges, and prepared for future opportunities.
Selecting the best LIS system provider means choosing a partner dedicated to your laboratory’s success, one that offers adaptability, control, and the ability to respond to whatever comes next.
Ready to See How an Advanced Lab Information System Can Support Your Lab Goals?
Take Action: Contact a LigoLab Product Specialist Today!
Frequently Asked Questions About Lab Process Improvement and Modern Laboratory Information System Software
Why do clinical labs and pathology practices need to modernize their laboratory information systems?
Legacy laboratory information systems are rigid, prone to breakdowns, and lack the features needed to compete in today's market. They require manual workarounds that increase labor costs and create data silos that hinder efficiency. Modern LIS software is cloud-based, highly configurable, interoperable with EHR systems, and designed to support higher testing volumes, faster turnaround times, and better compliance.
What does optimizing lab processes with an LIS system look like in practice?
Optimization involves using the predictive analytics and workflow analysis tools built into modern laboratory information systems to run what-if scenarios, identify inefficiencies, and make data-driven improvements. It can include streamlining pre-analytical workflows, improving sample tracking, and seamlessly integrating with hospital and clinic EHR systems to enable faster data exchange.
How does an LIS system help standardize lab processes?
Modern laboratory information systems store and manage standardized best practices, ensuring laboratory staff perform every test according to approved procedures. They support consistent data entry, reporting templates, and quality-control management across all tests and instruments, while ensuring full compliance with regulatory requirements. Labs can also supplement this with SOPs, Lean Management techniques, and ongoing staff training programs.
How can LigoLab's rule and automation engines automate lab processes?
LigoLab's engines can automate reflex testing, workflow routing, document generation, CPT coding, external system calls, and case flagging. More broadly, automation extends to sample tracking, data entry, quality control checks, decision support, report generation, lab billing and reimbursement, maintenance scheduling, compliance logging, and hospital system integration.
How does lab billing automation work within an integrated medical LIS and lab RCM platform?
In an integrated platform like LigoLab's, lab billing shifts from a manual backend process to a highly automated frontend operation. CPT and ICD codes are automatically applied based on test specifics, claims are validated and scrubbed for errors before submission, and the entire billing workflow runs in parallel with lab operations, reducing administrative workload and minimizing costly errors.
What is the difference between modernizing, optimizing, standardizing, and automating lab processes?
Modernizing replaces legacy laboratory information systems with advanced LIS software. Optimizing uses analytics to identify and improve the most impactful areas of workflow. Standardizing establishes consistent, repeatable best practices across all lab operations. Automating removes manual steps from recurring processes, increasing speed, accuracy, and scalability.
How do these four strategies help labs cope with staffing shortages?
By automating repetitive tasks, standardizing workflows, and optimizing resource allocation, labs can maintain or increase throughput without proportional increases in headcount. Advanced LIS systems reduce the cognitive and manual burden on existing staff, enabling them to focus on higher-value work and helping labs remain competitive even as the pool of qualified lab professionals shrinks.
