The Power of Playing Together: Why teaming up is the smartest move ​for the calibration industry

In a world where calibration laboratories often view each other as rivals fighting for the same clients and contracts, it can seem strange to talk about cooperation. And yet a careful look at how industries actually grow and how businesses within them actually thrive reveals a truth that cuts against the instinct to compete on every front: when calibration and testing laboratories work together on the right things, the whole industry expands. Not in an abstract sense, but in real market terms, with more revenue, more clients, and more sustainable businesses across the board.

This is not a call to abandon competition. It is a call to recognise where competition creates value and where it destroys it and to act accordingly.

"Cooperation pays even among rivals. The metrology industry grows when we build it together."

Two Players, One Avoidable Mistake

Imagine two accredited calibration laboratories operating in the same region. Both are technically competent. Both hold the same scopes. When a tender comes in, each faces a choice: compete on quality and defend their professional pricing, or slash rates to win at any cost.

If both defend their pricing, both earn margins that allow them to invest in equipment, training, and capability. If one undercuts and the other holds, the undercutter wins the contract, but if it starts a war, it may not survive. If both slash prices simultaneously, as is usually the case when neither party trusts the other's restraint, both end up working harder for less, with the same compliance costs, and neither has the headroom to improve. The client saves a little in the short term and loses in the long term as quality quietly erodes.

The uncomfortable truth is that this outcome isn't inevitable. It's a choice. And in industries where the same players interact repeatedly over years and decades, as in metrology, the businesses that learn to signal trustworthy behaviour, uphold professional standards, and compete on quality rather than price tend to outperform those that don't. Not because they're lucky, but because repeated interactions reward consistency. A laboratory known for holding its standards, even under pressure, builds a reputation that compounds over time. One that chases every contract to the bottom eventually reaches it.

The Calibration Services Market Nobody Is Fighting Over

Here is what gets lost in the noise of laboratory-versus-laboratory competition: the biggest opportunity in metrology is not the clients that already use accredited calibration services. It is the vast number of manufacturers, food producers, pharmaceutical companies, energy businesses, and precision engineering firms that still operate with informal, unverified, or non-traceable measurement practices.

These businesses are not yet in the market. They are not choosing between laboratories. They are either unaware of what traceable calibration offers, unsure of how to procure it, or unconvinced that the cost justifies the value. Every time accredited laboratories compete destructively among themselves, cutting prices, undermining each other's credibility, or retreating into silos, they send a signal to this wider audience that accredited metrology is a confusing, commoditised space not worth the effort of engaging with. Potential clients stay away.

But when laboratories cooperate on market education, shared standards, and clear communication of value, they collectively lower the barrier for new clients to enter the ecosystem. A manufacturer who finally understands what measurement traceability means, not as an industry-wide message but as a single vendor's pitch, becomes a client for the entire sector. The market grows, and every player in it benefits.

Each cooperative act, in other words, creates value not just for the businesses involved but for the whole ecosystem. This is the real prize: not winning a larger slice of a fixed pie, but baking a much bigger one.

"Every new client brought into the world of accredited metrology is a client for all of us, not just the laboratory that closed the sale."

Technology That Belongs to Everyone

One of the clearest areas where cooperation expands the market without threatening any laboratory's competitive edge is digital infrastructure. And here, the technology industry offers a lesson that metrology would do well to borrow.

The internet works because engineers from competing companies agreed on shared protocols. Email works because organisations that compete fiercely for customers still allow their systems to communicate through common standards. No single company owns TCP/IP or SMTP. Nobody gave up a competitive advantage by contributing to them. Instead, by agreeing on the plumbing, they made it possible for an entire global economy to run on top of it, and every participant in that economy became more valuable as a result.

The consumer electronics industry offers an even more instructive parallel. Before USB existed, every peripheral manufacturer used a different connector, a different driver, a different handshake protocol. Connecting a device to a computer was a project in itself.

Competing manufacturers that fought bitterly for shelf space and market share nonetheless came together to define a single Universal Serial Bus standard. The result was not that any one company lost its edge. It was then that the entire market for peripheral devices exploded. Plug-and-play became real, not a marketing slogan. Consumers bought more devices, more often, with more confidence. Every manufacturer sold more as a result of agreeing to the standard than it could have sold going it alone. The competition moved up the stack, to product design, performance, and price, exactly where it belongs.

Measurement equipment manufacturers, OEMs, have the same opportunity in metrology, and a particular responsibility to seize it. Today, a high-precision torque wrench, a pressure calibrator, or a temperature reference from one manufacturer will typically store its data in a proprietary format, use a bespoke software interface, and require custom integration work before its output can flow into a laboratory's management system or a client's quality records. This fragmentation is not protecting anyone's competitive advantage. It is simply adding friction that makes the entire proposition of digital metrology harder to sell, adopt, and scale.

The answer is not for OEMs to hand over their intellectual property. It is for them to agree on the connector, the shared protocol layer through which instruments communicate their measurement results, calibration status, uncertainty data, and traceability information to the systems that consume it. Direct data-acquisition protocols that enable instruments to push structured, standardised data into calibration management software, laboratory information systems, and client quality platforms would transform the industry. A calibration that once required a technician to transcribe readings from a screen into a spreadsheet could instead flow automatically, traceably, and in real time from the instrument to the certificate to the client record. The metrology industry would become dramatically easier to engage with and dramatically harder to ignore.

The IEEE 1451 family of standards, and, more recently, emerging work on digital instrument interfaces and IIoT protocols, point in this direction. But progress has been slow, partly because no single OEM wants to move first and partly because laboratories have not yet spoken loudly enough with their procurement decisions. When laboratories begin to favour instruments with open, documented data interfaces and communicate that preference clearly to their suppliers, OEMs will receive the market signal they need to invest in interoperability. The standard won't arrive by committee alone. It will arrive when the whole ecosystem agrees it is worth building.

Application Programming Interfaces (APIs) are the laboratory-side complement to this. When calibration management platforms expose standardised APIs, laboratories can connect directly with client systems. Calibration data flows automatically. Certificates arrive in structured, machine-readable formats. Alerts trigger before equipment goes overdue. The laboratory that embraces this doesn't give anything away; it makes its service dramatically easier to consume. And when multiple laboratories adopt compatible protocols, those protocols become industry infrastructure: neutral, open, and valuable to everyone who uses them.

Shared data standards for digital calibration certificates complete the picture. A structured certificate format, one that any quality system, ERP platform, or regulatory submission tool can ingest without manual intervention, transforms accredited calibration from a compliance cost into a live data asset. Clients who can see the value of calibration data flowing seamlessly through their operations are clients who will invest more in calibration, demand more of it, and recommend it to their peers. The laboratories and OEMs that championed the standard didn't lose business. They made the industry indispensable.

Platforms like Metquay exist precisely to serve this function: neutral infrastructure that makes it easier for any accredited laboratory to connect, operate, and demonstrate value. When such platforms succeed, particularly when OEM instrument data can flow directly into them, they pull more of the market into the formal, accredited ecosystem, which benefits every participant who helped build it.

Accreditation Is Worth Defending Together

Accreditation from a recognised body, such as UKAS, A2LA, DAkkS, or any ILAC member organisation, is not just a certificate on the wall. It is a costly, verifiable signal of genuine quality. It requires real investment in competence, equipment, traceability, and systems. That investment is also a barrier: organisations that won't or can't meet the standard can't credibly claim it.

This is what makes accreditation so commercially valuable when clients understand and demand it. An accredited certificate carries information that an unaccredited one cannot. It tells the client that an independent body has verified the laboratory's competence, that the measurements are traceable to national or international standards, and that the results can be trusted in regulatory, safety, and quality contexts. That is worth paying for. Substantially.

But that premium is fragile. It depends on the market believing that accredited calibration is meaningfully different from non-accredited alternatives. Every time an accredited laboratory prices its services as if they were interchangeable with those of an unaccredited competitor, it chips away at that belief. It signals to clients that accreditation is a bureaucratic formality rather than a genuine guarantee of quality. And once clients believe that, the premium evaporates for everyone.

Defending accreditation's value is therefore a shared responsibility. It means industry associations being vocal about what accreditation actually involves and why it matters. It means laboratories educating clients, persistently and patiently, about the difference between a traceable calibration certificate and a piece of paper that says 'calibrated.' It means refusing to engage in tender processes that treat accredited and non-accredited services as equivalent. And it means holding professional pricing not as arrogance, but as honest communication of what quality costs.

When the accredited community holds that line together, pricing stabilises at levels that are fair to clients and sustainable for laboratories. When individual laboratories break ranks to chase short-term revenue, they undermine not just their own margins but the credibility of the entire sector.

"When every accredited laboratory competes on quality and maintains professional pricing, the whole sector becomes more trusted and more profitable."

Where Competition Still Belongs

None of this argues against competition. Competition drives laboratories to invest in better equipment, train more skilled metrologists, achieve faster turnaround times, and deliver superior client experiences. It is healthy, necessary, and good for the industry.

The distinction that matters enormously is between competing on what differentiates you and cooperating on what grows the market. Compete on your calibration and measurement capability ranges. Compete on customer service. Compete on technical expertise, turnaround, and digital experience. Compete fiercely on everything that makes your laboratory genuinely better than the alternative.

For OEMs, the same principle applies with equal force. Agree on the data interface, the protocol through which your instrument communicates its results, and then compete on everything above it. Compete on measurement accuracy and resolution. Compete on instrument stability and drift performance. Compete on build quality, environmental ruggedness, and operating range. Compete on the intelligence built into the device: its on-board diagnostics, its uncertainty budget calculations, its ability to flag anomalies before they become non-conformances.

Compete on software, the user interface, the analysis tools, and the workflow integrations that make your ecosystem uniquely productive. Compete on service, calibration support, and the speed with which you can return an instrument to service after a repair. These are the dimensions where genuine differentiation exists, where engineering investment pays back, and where customers will happily pay a premium for the best. None of that competitive ground is threatened by agreeing on how the data leaves the instrument.

But cooperate on standards. Cooperate on data formats. Cooperate on market education. Cooperate in defending the value of accreditation. This is precisely the model that technology industries have used to extraordinary effect for decades: fierce competition on products and services, deep cooperation on protocols and infrastructure. The metrology industry laboratories and OEMs alike can do the same.

Practical Steps Toward a More Cooperative Industry

For laboratories and industry participants ready to act on this, the path forward is concrete. Participate actively in standards bodies and working groups; the time invested returns in the form of an industry that functions better for everyone, including you. Adopt and advocate for open data standards, because when calibration data becomes portable and interoperable, the market for calibration services expands. Engage in industry-wide client education through associations, shared platforms, or collaborative publishing, as helping potential clients understand the value of accredited metrology is an investment that pays dividends across the sector.

For OEMs specifically: prioritise open, documented data interfaces in your instrument designs and make direct data acquisition a standard feature rather than an aftermarket add-on. When your instruments can push structured measurement data directly into a laboratory's management system or a client's quality platform, you make the entire case for digital metrology, and every accredited laboratory that uses your equipment benefits from the story you help them tell. Signal clearly to the industry that you are willing to participate in shared protocol development. Procurement decisions will follow.

Be transparent, within legal bounds, about what accredited services cost to deliver properly, not to fix prices, but to help clients understand why the lowest tender is rarely the right one. Use shared digital infrastructure: platforms that connect laboratories, clients, accreditation records, and instrument data reduce friction and draw more participants into the formal sector. And where your scope ends, refer rather than turn away: a client directed to a trusted colleague for a scope you don't hold is a client who stays inside the accredited community and may well come back to you.

Conclusion: The Game We Should All Be Playing

The instinct to compete on every front is understandable. But the businesses and industries that grow most sustainably are those that recognise the difference between competing and cooperating, and apply each in the right place.

In metrology, the right places to collaborate are those that expand the market, enhance accreditation credibility, and build shared infrastructure that makes the whole sector more valuable. The right places to compete are the ones where genuine differences in quality, capability, and service can be demonstrated and rewarded.

The laboratories, OEMs, platforms, and associations that understand this distinction

and that invest in shared standards, shared infrastructure, open instrument protocols, and the shared defence of what accreditation truly means will not just survive. They will help build a larger, healthier, and more trusted industry that rewards everyone who chooses to play it well.

The market is not fixed. The right approach expands it. And in metrology, as in so much of professional life, the rising tide really does lift all boats.