Introduction
The 2025 State of Calibration report offers a frontline perspective on the challenges, changes, and opportunities shaping calibration today—from regulatory pressures and AI adoption to the talent shortage and right-to-repair complexity.
This isn’t a forecast. It’s a reflection of what’s already happening inside regulated industries, based on conversations with SIMCO’s leadership team—people working directly with manufacturers in medical devices, aerospace, defense, and life sciences.
We spoke with:
- Brian Kenna, Chief Executive Officer
- John Connelly, Chief Transformation Officer and Head of Operations
From these interviews, it’s clear that calibration now intersects with business continuity, audit strategy, operational cost control, and data-driven innovation in ways few could have imagined a decade ago.
If you’re leading a regulated operation in 2025, this report is for you. It distills not just trends, but tested, real-world strategies manufacturers are using to stay compliant, reduce risk, and gain a competitive edge.
Why Calibration Matters More Than Ever in 2025
Calibration plays a critical role in all industries, but particularly where precision is not just a regulatory requirement but a matter of life and death. Accuracy is essential for medical devices that ensure patient safety and for aerospace and defense equipment operating in high-risk environments.
“We serve lives-at-stake customers—medical device, life science, and aerospace and defense industries—where the cost of failure is extremely high, and precision is paramount.” John Connelly, Chief Transformation Officer (CXO), SIMCO
Regulatory agencies such as the FDA, FAA, and independent standards bodies like the ISO are tightening compliance requirements and adding pressure on companies to maintain accurate calibration programs. Our customers must comply with stringent FDA regulations and other auditing bodies, making precise and on-time calibration essential to avoid severe penalties. Regulatory scrutiny is intense. Failure to maintain calibration standards can lead to costly audits, product recalls, and even operational shutdowns by bodies like the FDA.
The need for rigorous calibration is heightened by the increasing complexity and technological integration into essential tools. As technology permeates more lives-at-stake applications, from neurology procedures to aerospace systems, the demand for calibration and precision only grows. This trend underscores the vital role of calibration in ensuring the reliability and safety of equipment used in critical operations.
Beyond regulatory penalties, reputational damage can and does impact a company’s long-term viability. The financial risks associated with calibration failures can be substantial.
“We helped a customer burned by previous calibration failures that led to severe FDA findings and significant operational disruptions, including the dismissal of key executives.”
Ensuring precision through calibration not only mitigates risk but also safeguards the quality and reliability of products in industries where even a minor deviation can have catastrophic consequences.
The evolution of calibration sheds some light on how we got here, and also where the industry is headed.
The Evolution of Calibration: 25+ Years of Change
Over the past 25 years, calibration has undergone a profound transformation, evolving from a fragmented, multi-vendor service model to an enterprise-level, integrated approach. Twenty-five years ago, companies relied on multiple vendors for calibration, leading to inconsistencies, inefficiencies, and increased costs. Today, enterprises are consolidating their calibration programs to improve efficiency, ensure compliance, and reduce operational risk.
This shift has been driven by several key factors, including industry consolidation, evolving customer expectations, geopolitical shifts, and technological advancements—all of which continue to shape the future of calibration.
Industry Consolidation: Fewer, Larger Players
The calibration industry has seen significant mergers and acquisitions, leading to fewer but larger providers with expanded capabilities. This industry-wide consolidation has reshaped the competitive landscape, forcing companies to refine their service offering.
“Consolidation in the industry has allowed us to maintain quality while scaling operations across multiple locations,” said Connelly. One of the key advantages of this consolidation is the ability to transfer customer equipment across multiple labs while maintaining full control over quality and turnaround time. This level of operational control is crucial for industries that require high precision and regulatory compliance.
By contrast, smaller, independent labs—particularly single-location operations—often lack the infrastructure, accreditation breadth, or capacity to serve complex enterprise needs. They often must subcontract certain calibration types to external labs to fulfill customer requirements. Managing multiple unaffiliated providers in this way can introduce new challenges from inconsistent documentation and competing priorities to delays that increase risk for the customer.
Another major impact of consolidation is the need for calibration providers to manage a broader range of standards and capabilities. It is difficult, and often cost prohibitive, for any single lab to house the necessary physical equipment to perform all types of calibrations. Companies like SIMCO have broad capabilities across their network to handle more customer needs with the speed and accuracy they require.
Geopolitical and Supply Chain Shifts Are Reshaping Calibration Needs
Beyond industry consolidation, geopolitical factors are playing an increasingly important role in calibration and compliance requirements. With American manufacturing increasingly shifting away from China due to trade tensions and security concerns, there is a corresponding increase in demand for North American calibration service providers.
Globalization is being replaced by localized supply chains, which means more demand for regional calibration expertise. As companies focus on supply chain resilience, they require service providers who can offer fast turnaround times, strong compliance assurance, and greater operational control. This shift highlights the rising need for domestic calibration labs to support manufacturers and reduce geopolitical risk.
Higher Precision Standards and Stricter Regulations Are Raising the Stakes
Twenty-five years ago, the margin for error in calibration was far greater than it is today. Technological advancements have driven the need for higher precision, particularly in industries where lives are at stake, such as medical devices, aerospace, and defense. Regulatory bodies, including the FDA and FAA, have tightened compliance frameworks, increasing the demand for rigorous calibration processes that ensure measurement precision and reliability.
“The demand for accuracy has never been greater…”
The demand for accuracy has never been greater, especially as technology advances in mission-critical sectors. Lives are at stake in industries like medical devices and aerospace, making precision and compliance more critical than ever.
Companies in these sectors are under constant regulatory scrutiny, and a failure in calibration could result in additional audit scrutiny, product recalls, and reputational damage—outcomes that manufacturers cannot afford to risk.
Companies now approach calibration not just as a regulatory requirement, but as a core component of risk management and operational efficiency.
The Role of AI and Predictive Insights in Calibration’s Future
As calibration evolves, AI and data-driven insights are playing a critical role in shaping the future of precision management. By analyzing historical calibration data, AI-driven models can optimize service intervals, prevent costly equipment failures, and improve overall operational efficiency.
AI is enabling predictive maintenance and smarter calibration decisions, transforming how we manage precision. With the ability to analyze vast amounts of calibration data, companies can shift from reactive maintenance to proactive calibration strategies, reducing downtime and enhancing productivity.
At the same time, calibration providers must offer customized, data-driven solutions that align with their customers’ operational goals. As Brian Kenna, Chief Executive Officer, SIMCO emphasized, “AI will impact every part of calibration, but it’s not just about automation—it’s about amplifying expertise. From optimizing intervals to improving compliance, AI helps reduce quality risks in regulated industries.”
Calibration as a Strategic Business Function
The transformation of calibration over the last 25 years is testament to its increasing role in regulatory compliance, quality assurance, and operational efficiency. What was once a fragmented, cost-driven function has now evolved into a critical business operation that requires advanced technology, data-driven decision-making, and strategic partnerships.
At the same time, customer expectations have evolved from purely price-driven decisions to value-based partnerships. Customers now prioritize not just cost, but also quality, efficiency, and predictive insights. Regulatory audits aren’t just about passing or failing; they’re about proving that calibration programs are proactive, well-documented, and aligned with compliance best practices.
As the industry moves forward, calibration providers will need to focus on leaner processes, predictive analytics, and deeper integration with enterprise systems. But first, the industry needs to focus on the skilled labor shortage.
The Talent Challenge: Addressing the Skilled Labor Shortage
One of the most pressing challenges facing the calibration industry is the growing shortage of skilled labor. For decades, the industry relied heavily on military-trained metrology professionals, who provided a steady pipeline of highly skilled technicians. However, as the military has increasingly outsourced its calibration work, that once-reliable talent stream has significantly diminished.
Twenty-five years ago, we had a steady pipeline of metrology experts from the military. That’s no longer the case, and it’s creating an industry-wide talent shortage. This shift has left calibration providers competing for a shrinking pool of experienced professionals, making it more difficult to fill critical roles.
To combat this challenge, calibration companies invest in internal training and apprenticeship programs to develop the next generation of technicians. The talent gap isn’t just about finding people. It’s about ensuring they have the right expertise, training, and tools to keep up with evolving standards.
SIMCO, for example, has implemented structured training initiatives designed to accelerate the learning curve for new hires. At SIMCO, we’ve learned to be proactive about training—developing our own talent is the only way forward. Rather than relying on an increasingly limited external talent pool, companies must take ownership of workforce development to maintain high calibration standards.
In addition to internal development programs, organizations like ASQ (American Society for Quality) are stepping in to help bridge the skills gap. These programs offer standardized education and certifications, helping calibration professionals gain the necessary expertise even if they do not come from a military background.
We need to change how we talk about calibration careers—this is a high-tech field with huge opportunities for growth.
Technology is lending a hand as well.
The Future of Workforce Development: AI, Automation and Augmented Reality
As the industry grapples with a persistent labor shortage, emerging technologies are playing a vital role in helping manufacturers scale their calibration programs without compromising on quality or compliance. AI-assisted training and augmented reality (AR) are already transforming how technicians learn, operate, and troubleshoot—but they’re only part of the picture.
AI and AR will redefine how we train calibration technicians, making knowledge more accessible and improving efficiency. They are powerful tools in bridging the skills gap.
By using AI-powered guidance systems, technicians can receive real-time instructions on complex calibration procedures—reducing reliance on traditional, time-consuming training models. And AR capabilities will offer simulated overlays creating …immersive and interactive learning environments allowing a senior technician in one location can mentor a junior tech halfway across the country, ensuring consistency and accelerating knowledge transfer.
This kind of real-time, remote collaboration has become essential for organizations operating across multiple sites and disciplines.
These digital resources don’t just boost productivity—they also help future-proof talent development. “You can onboard people faster and give them tools to learn as they go,” shared Connelly. “That’s critical in a market where experience is hard to find and harder to replace.”
Beyond training, automation is emerging as a critical enabler of workforce efficiency. Many SIMCO labs are implementing automated calibration stations and integrated test benches that can perform repeatable calibrations with minimal manual input. This reduces technician workload and minimizes the risk of human error in high-volume or high-risk environments.
Automation isn’t about replacing people, it’s about letting skilled technicians focus on what only they can do—judgment, analysis, oversight—while repetitive tasks are handled with consistency and precision.
Automation also supports audit readiness. When automation is built into the process, you gain more traceability, fewer errors, and cleaner documentation. That’s a huge benefit when regulators are looking for clear calibration histories.
Still, hands-on expertise remains irreplaceable. AI, AR, and automation are powerful tools, but they don’t eliminate the need for skilled professionals who understand the why behind the procedures. The challenge is not just hiring more people; it’s building a sustainable talent pipeline that can grow alongside the technologies reshaping the industry.
Companies that invest in structured learning, automation-enhanced workflows, and modern training systems will be best positioned to close the labor gap, without compromising the precision their industries depend on.
Building the Next Generation of Calibration Professionals
Looking ahead, calibration providers will need to expand their talent sources, tapping into recent college graduates, technical trade schools, and specialized certification programs to develop a new wave of skilled calibration professionals. The combination of traditional hands-on training with cutting-edge AI and AR solutions will be essential in ensuring that the industry remains strong despite the talent shortage.
The calibration industry is at a turning point. Those who proactively invest in workforce development—rather than waiting for the talent pool to replenish—will lead the way in ensuring that precision, compliance, and quality standards continue to be met in the years ahead.
The Growing Challenge of Right to Repair & OEM Restrictions
The calibration industry faces mounting challenges as OEMs (Original Equipment Manufacturers) increasingly make access to third-party calibration and repair services more challenging. Through software locks, proprietary systems, limited access to parts, and exclusive service contracts, many OEMs effectively force companies to rely on their in-house services, reducing customer choice and increasing costs.
Also, OEMs often discontinue service for older products to incentivize customers to upgrade to newer products. This curtails equipment lifespans and drives higher spending on products. Third-party vendors like SIMCO have no such bias, as we’re not trying to sell new products—we’re committed to extending the life of your existing products.
And that’s the rub. Some OEMs make it harder for customers to get their equipment serviced anywhere else for this reason. Either way, right to repair is becoming an industry-wide battle. These restrictions not only impact costs and turnaround times but also limit flexibility for companies that need fast, reliable calibration to maintain compliance and operational efficiency.
The Right-to-Repair Movement and Industry Response
The right-to-repair movement, which has gained traction in consumer electronics, agriculture, and industrial equipment, is now a growing issue in calibration. Legislative efforts are emerging to prevent OEMs from monopolizing service and repair options, ensuring businesses can choose their calibration providers based on expertise, efficiency, and cost-effectiveness rather than being locked into restrictive service agreements.
At SIMCO, we’ve had customers frustrated that they’re forced to go back to OEMs for service, even when we have the expertise to perform the calibration faster and more cost-effectively. Many companies are now advocating for greater transparency and accessibility in calibration services, pushing for policies that protect their ability to maintain and calibrate their own equipment as needed.
“Lives are at stake in industries like medical devices and aerospace, and companies need access to reliable calibration services without unnecessary roadblocks from OEMs,” said Kenna.
When manufacturers control access to calibration procedures, they create bottlenecks that can delay compliance, disrupt operations, and even put timely treatment and lives at risk. “If manufacturers control access to calibration data and tools, it not only drives up costs but also limits a company’s ability to remain agile and compliant,” said Connelly.
Navigating OEM Restrictions: What Businesses Can Do
With these challenges intensifying, companies must take a proactive approach to ensure continued access to reliable calibration services:
Assess OEM service agreements before purchasing equipment: Companies should evaluate whether a new instrument limits access to independent calibration services or locks them into an exclusive OEM service contract.
Work with calibration providers that offer multi-OEM support: Choosing a partner with a broad range of calibration expertise ensures businesses can remain agile, compliant, and cost-effective—even in the face of OEM restrictions.
Monitor legislative efforts on right to repair: Laws are evolving to protect customers’ service options, and businesses should stay informed on how these changes might impact their industry.
Customers should be able to choose their calibration provider based on quality and efficiency, not because they’re forced into an OEM’s closed system. As the right-to-repair debate continues to evolve, companies that advocate for more flexible service options will be better positioned to navigate regulatory requirements, control costs, and ensure uninterrupted operations.
Operational Efficiency & Cost-Saving Strategies
As industries face increasing cost pressures and regulatory demands, calibration programs must evolve beyond traditional approaches. Companies are now leveraging Lean Six Sigma methodologies, AI-driven optimization, and strategic asset management to drive efficiency and reduce operational expenses. Data-backed decisions are the key to eliminating unnecessary calibrations without increasing risk.
Lean Six Sigma: A Data-Driven Approach to Cost Reduction The application of Lean Six Sigma methodologies is evolving how organizations approach calibration. It enables companies to streamline processes, reduce downtime, and improve compliance. By eliminating inefficiencies and optimizing workflows, calibration providers help businesses maximize accuracy while cutting unnecessary costs.
SIMCO has successfully implemented Lean Six Sigma principles to help customers achieve significant financial savings. SIMCO saved a major medical customer over $1.5M annually by applying Lean Six Sigma to their calibration program. Through these initiatives, we’ve identified inefficiencies and implemented process improvements that directly translate into cost savings for our customers.
Optimizing Calibration Frequency with AI Another major cost-saving strategy is reducing calibration frequency without sacrificing quality. Historically, many companies calibrated equipment on fixed schedules, such as every 12 months, regardless of actual instrument performance. However, AI-driven calibration interval adjustments are changing this model.
Optimizing calibration intervals with AI means companies aren’t calibrating more often than necessary—saving money while staying compliant. By using real-world performance data to determine the optimal calibration schedule, rather than relying on arbitrary timelines, service providers can ensure compliance while eliminating unnecessary calibrations.
The Competitive Edge That Sets Leading Calibration Providers Apart
In industries where precision and compliance are mission-critical, leading calibration providers set themselves apart through speed, strategic program management, and exceptional customer service. The difference between a good calibration provider and a great one is the ability to align services with a customer’s business objectives.
The ability to minimize downtime, optimize calibration programs, and maintain strong customer relationships is what defines the top providers in today’s evolving market.
Speed & Turnaround Time: Why Faster Calibration Matters One of the most pressing demands from customers is fast, reliable calibration turnaround. Downtime is costly, and companies cannot afford to wait 30 to 45 days for an OEM to complete a single calibration—a common challenge when working directly with equipment manufacturers.
OEMs simply aren’t built for fast service—they’re focused on selling equipment, not optimizing turnaround times. In contrast, leading calibration providers have developed streamlined workflows, in-house capabilities, and optimized logistics to reduce service times drastically. SIMCO’s standard 3- to 5-day turnaround significantly outperforms OEMs, allowing customers to maintain productivity while staying compliant.
Beyond Speed: The Shift Toward Strategic, Data-Driven Calibration While turnaround time is a critical factor, leading calibration providers also differentiate themselves by taking a strategic, proactive approach to calibration management. “Today’s customers aren’t just looking for a calibration provider,” said
Connelly. “They’re looking for a strategic partner that understands their operational challenges and proactively adds value.” Instead of treating calibration as a routine, transactional service, top-tier providers work closely with customers to review program health, establish success metrics, and optimize schedules to drive efficiency and reduce costs.
Enterprise customers increasingly value structured program health reviews and co-created success metrics. The companies that take calibration seriously as a strategic function—tracking performance, optimizing costs, and adjusting for operational realities—are the ones that achieve long-term efficiencies. By leveraging data-driven insights and continuous improvement methodologies, service providers help businesses avoid unnecessary calibrations, reduce non-conformance risks, and ensure compliance with evolving regulatory standards.
Transparency & Trust: Fundamentals of a Successful Partnership
Beyond speed and process optimization, customer experience remains a defining factor separating leading calibration providers from the rest. Many customers have grown frustrated with the “black hole” service model, where equipment disappears for weeks to months with little to no communication.
“When turnaround times are long, and updates are sparse, customers are left in the dark, uncertain about when their equipment will return or if it’s even being handled correctly,” noted Connelly. In contrast, top-tier providers focus on clear communication, real-time tracking, and a customer-centric service model that prioritizes transparency and responsiveness.
Responsiveness builds trust, and trust is what keeps customers coming back. When customers know they can rely on timely updates, predictable turnaround times, and accessible service teams, they are far more likely to establish long-term partnerships with their calibration providers.
The Future of Calibration: A Core Service
As the industry evolves, leading calibration providers will combine speed, structured program management, and outstanding customer service into a value-driven strategy. Companies that view calibration as a critical function rather than just a compliance checkbox will achieve significant efficiency gains, cost savings, and operational reliability.
In a landscape increasingly defined by consolidation and heightened customer expectations, the providers that invest in responsiveness, efficiency, and customer-focused service will stand out as long-term partners, rather than just vendors.
“When turnaround times are long, and updates are sparse, customers are left in the dark, uncertain about when their equipment will return or if it’s even being handled correctly.”
The Digital Future: AI, Automation, and Data-Driven Insights
AI is becoming a transformative force in calibration, shifting the industry from traditional paper-based recordkeeping to predictive, data-driven decision-making. As companies seek to improve efficiency, compliance, and equipment reliability, calibration management software is unlocking new possibilities for optimization.
Predictive analytics was the first step. AI is the next frontier in calibration, enabling companies to anticipate failures before they happen.
This shift reduces unnecessary calibrations, lowers costs, and ensures that critical instruments always remain within precision standards. Automation is accelerating this shift—automated calibration stations and programmable test benches are allowing manufacturers to scale repeatable, high-accuracy processes without increasing headcount. Also, automation in calibration isn’t about replacing people—it’s about making technicians more efficient and giving businesses better insights.
Big Data, Automation & AI: A New Era of Smart Calibration
AI is becoming more than an efficiency tool—it’s redefining how calibration providers analyze and act on vast amounts of historical data. With over 60 years of calibration records, SIMCO has amassed a rich dataset that enables predictive maintenance and advanced reliability analytics.
We’ve been doing AI-adjacent work for years—using data to optimize calibration intervals and predict failures before they occur. By aggregating data across thousands of instruments, AI can now identify patterns in failure rates, recommend preventive maintenance strategies, and even guide customers in selecting more reliable instruments.
SIMCO’s model service history data can help customers choose the most reliable instruments, ultimately reducing long-term maintenance costs. Together with automation, they drive efficiency and ensure compliance.
Cybersecurity: Balancing Accessibility and Risk
As calibration services data becomes increasingly digital, cybersecurity threats are becoming a growing concern. Several major calibration service providers have already suffered cyberattacks that compromised critical calibration data, causing costly disruptions.
Cybersecurity isn’t just an IT concern—it’s a business continuity issue. In aerospace, defense, and healthcare industries, a data breach could jeopardize compliance, delay production, and even endanger lives. Calibration providers must now invest in secure cloud storage, sophisticated threat detection, and multi-layered security protocols to safeguard sensitive customer information while maintaining data accessibility.
Businesses must ensure that their calibration management systems are not just efficient but also secure, as it’s not a question of “if” your company will be attacked, but when. The focus should be on rigorous and rapid recovery procedures.
The Future of Calibration is AI-Driven and Automation-enabled
AI in calibration isn’t about automation for automation’s sake. It’s about providing customers with smarter, more efficient decision-making tools.
When integrated thoughtfully, automation reduces error, increases throughput, and ensures more consistent execution of complex procedures, freeing human technicians to focus on oversight, validation, and optimization.
Companies that understand ways to leverage AI, big data, and automation will gain a competitive edge in efficiency, accuracy, and compliance.
Predictive analytics, smarter scheduling, and stronger cybersecurity are transforming calibration into a data-driven ecosystem where precision constantly improves.
Conclusion: The Future of Calibration
As we move further into 2025 and beyond, calibration is no longer just a compliance necessity—it is becoming a core function for companies looking to improve efficiency, reduce costs, and maintain operational excellence. With technological advancements, shifting workforce dynamics, and evolving regulations, businesses will need to take a proactive approach to calibration management to remain competitive.
Key Takeaways for 2025 & Beyond, Summarized:
- Industry Consolidation is Reshaping Calibration Services: Companies are moving away from fragmented, multi-vendor approaches in favor of enterprise-wide calibration solutions.
- Addressing the Skilled Labor Shortage: The traditional pipeline of military-trained metrology professionals is shrinking, forcing companies to develop their own talent pipelines. AI-powered training programs and augmented reality (AR) tools will accelerate technician education and standardize expertise.
- The Right to Repair Movement is Gaining Momentum: Increasing OEM restrictions on software, repair tools, and parts are making it harder for companies to service equipment independently.
- Cybersecurity is Becoming a Critical Calibration Concern: As the calibration industry moves toward digital management, cloud-based records, and AI-driven automation, cybersecurity is no longer just an IT issue—it is a business continuity concern.
Lean Six Sigma Unlocks Cost Savings: Companies integrating process efficiency strategies into their calibration management programs can achieve substantial cost reductions and operational improvements. By applying Lean Six Sigma methodologies, businesses are optimizing service intervals, reducing downtime, and eliminating unnecessary calibrations.
As calibration evolves, companies must adapt to stay compliant, improve efficiency, and reduce risk. From workforce shortages to OEM restrictions and AI-driven insights, precision management is now a strategic advantage.
SIMCO Electronics helps life sciences, aerospace, and defense organizations optimize calibration programs with over 60 years of expertise, an extensive lab network, and cutting-edge technology.
Ready to streamline operations and ensure compliance? Contact SIMCO today to see how our tailored calibration solutions can support your business in 2025 and beyond.