The future of repairing is autonomous.

As hydropower operators face escalating pressure to reduce operational risks, manage aging infrastructure and meet sustainability goals, legacy service models must evolve.

Take a look at a preview of the white paper here…

Insight into the rest of the content:

• Three Major Problems: Why legacy Service Models Are Failing
  • Skilled labor shortages are impacting repair reliability and availability
  • …
  • …

• What Future-Proof Service Models Require
• Market Drivers for Service Models in Hydropower
• Transforming Repair into a Strategic Asset

Would you like to read the entire white paper?

Please send an Email at contact@laserlab.ch

Subject: Future-Proof Service Models in Hydropower 2025

We make repairing of Highperformance-Component autonomous

Autonomous Repair Technology (ART) makes your performance:

• faster
• more profitable
• more reliable
• independent
• sustainable
• innovative

ART extends the product life of high-performance components – while maintaining or even increasing their performance. At the same time, the consumption of resources is significantly reduced.

Your piece of ``ART``

Hot to get your own piece of „ART“.

We build and operate autonomous repair systems – suitable for your application.
„ART“ Solutions are modular, automated DED-Robot-Cells.
They replace manual or semi-automated welding repair processes.

„ART“ systems consist of:

• Tested DED-Repairing tools.
• Individually developed process parameters.
• Industrial robots and high-performance rotary tilting tables.
• 3D scanners and no-code programming.
• safe machine enclosures

What ``ART`` does for you:

• Increasing the degree of automation: Digitizing and automating process intelligence.
• Increasing profitability: Efficiency in supply chain and use of resources.
• Strengthening operational resilience: reducing dependencies on specialists.
• Shortening production times: More efficient processes and fewer idle times.
• Improving performance: minimizing complexity and increasing operational flexibility.
• Promoting sustainability: reducing consumption and promoting the circular economy.

Where ``ART`` will be the Game-Changer

We work with companies that operate or rely on Service-Centers for the repair of Key- and High-Performance Components – such as:

• Hydro energy: Turbines, pumps and water-bearing systems for power generation.
• Mining: Wear and structural elements of conveyor systems, crushers and drilling equipment.
• Tunneling: Components for tunnel boring machines, milling and support systems.
• Process industry: Highly stressed components in production plants in the chemical, oil and gas industries.

These companies are located in:

• Europe (Switzerland, Germany, Austria, Italy, France and Sweden)
• Australia
• Canada
• America
• Asia (India, South Korea and China)
• Latin America (Chile, Brazil and Peru)
• Middle East (Saudi Arabia and Qatar)
• Africa (Egypt and South Adrica)

They focus on:

• Maximum performance, durability and precision for their products.
• Simplification and automation of their production chains to reduce dependencies.
• Sustainability and innovation as well as profitability.

But today they are still struggling with:

• The fact that the majority of repair and service processes are carried out manually.
  This not only results in a great deal of effort, which takes up a lot of time and money.
  The quality results are also not 100% reproducible and lead to complications.
• The dependence on trained and skilled internal specialists or external suppliers.
  These specialists are not easy to find.
  And these dependencies bring uncertainty to the availability and quality of services.