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How quality supports the quest for clean energy

Over the centuries, there have been numerous experiments that have found their way into the shared consciousness: Foucault’s pendulum; Doppler’s trumpets, Volta’s battery, and many others.

In terms of scale and impact, there is an experiment under construction in the South of France that could eclipse them all: ITER, the International Thermonuclear Experimental Reactor. The project started in 2006 and works began in 2010 with the with the grandest of objectives – to harness the power of nuclear fusion, the same energy source that fuels the sun.

Its potential, if successful, would truly mark a new energy era for our planet. But to say the least, there are challenges ahead. To achieve success, the experiment must create an environment far hotter than the core of the Sun, which will generate a plasma and allow hydrogen isotopes, deuterium and tritium, to fuse and form helium. In doing so it will release large amounts of energy; hopefully many times more energy than was put into the process.

As you can imagine, this type of experiment involves a great deal more work to conduct than to conceive. Making a star on Earth requires a totally unprecedented level of skill and precision, but at the end of this colossal undertaking is the opportunity to harvest abundant safe, sustainable power to improve quality of life for everyone on the planet.

Alain Becoulet, the chief scientist at ITER, sums up the magnitude of this vision: “Quality of life depends on energy. And yet energy is one of the greatest challenges we face. We need cleaner, more efficient and more reliable energy than any other source. To make that a reality, we are creating a sun here on planet Earth.” 

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Quality at Scale

Executive summary

Innovation pressure is pushing quality inspection to its limits. Rising product complexity, faster production, skill shortages, and safety constraints are driving inspection demand beyond what legacy tools can support. Quality at Scale explains these forces and introduces a new inspection model built for speed and continuity.

Advanced metrology technologies such as PowerLock, high‑speed 3D scanning, and long‑range direct scanning directly address these challenges. By shifting to a throughput‑driven inspection approach, you can remove bottlenecks, boost operator efficiency, and achieve a 20–40% increase in inspection throughput without expanding your team.

For a deeper understanding of how to transform your quality process, download the full eBook. 

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eBook: Quality at Scale

Executive summary

Innovation pressure is pushing quality inspection to its limits. Rising product complexity, faster production, skill shortages, and safety constraints are driving inspection demand beyond what legacy tools can support. Quality at Scale explains these forces and introduces a new inspection model built for speed and continuity.

Advanced metrology technologies such as PowerLock, high‑speed 3D scanning, and long‑range direct scanning directly address these challenges. By shifting to a throughput‑driven inspection approach, you can remove bottlenecks, boost operator efficiency, and achieve a 20–40% increase in inspection throughput without expanding your team.

For a deeper understanding of how to transform your quality process, download the full eBook. 

Key learnings from the eBook:

• The Four Forces Driving Demand: Understand the core pressures of complexity, acceleration, workforce gaps, and access constraints that are creating inspection bottlenecks. 
  
  
• Technologies for the New Reality: Discover three foundational laser tracker capabilities—uninterrupted measurement, high-speed 3D scanning, and long-range direct scanning—built to thrive in high-throughput environments. 
  
  
• The Multiplier Framework: Learn how to use the Continuity, Coverage, and Reach multipliers to increase inspection capacity by 20-40% without adding headcount. 
  
  
• A Proven Implementation Playbook: Follow a four-step guide to pilot, design, and scale a throughput-driven inspection process across your organisation, empowering operators and ensuring consistency.