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Precision laser processing for high-volume research and development

Multi Technology

Mastering the Beam: Precision Laser Processing for High-Volume Manufacturi

in brief

A Model for Agile Collaboration

in brief

Mastering the Beam: Precision Laser Processing for High-Volume Manufacturi

IPU: R&D’s Strongest Ally

In the world of advanced manufacturing, a laser is much more than a cutting tool, it is a high-energy light source that can be shaped to a microscopic point to weld, drill, or modify surfaces with extreme speed. However, for many companies, the leap from a "cool technology" to a stable production line seems risky. Whether it’s welding gastight cells for the green hydrogen transition or drilling thousands of microscopic holes in medical-grade polymers, the challenge remains the same: how do you ensure the process is fast, reliable, and scalable?

IPU’s Approach: Partnership in Practice

IPU doesn't just sell a standard laser solution. We act as an independent advisor, bridging the gap between the client’s product needs and the complex landscape of laser equipment suppliers. Technology Neutrality: Since IPU is not married to a specific laser brand or in-house machine, we are free to find the exact wavelength (green, blue, or infrared) and pulse duration that fits the material. We use our global network to run trials in specialized application labs, filtering out the sales fluff to give clients an honest assessment of the results. Early Design Integration: We work with clients early in the design phase to ensure "design for laser manufacturing." Often, a minor tweak in product set up can be the difference between a weld that fails and one that is perfect. Process Education & On-Boarding: We move beyond the "black box" approach. By educating the client’s team on laser physics, from cooling requirements and safety shielding to "time of wetness" in extraction filters, we ensure they can own and maintain the process long after the first machine is installed.

Delivering Results, Building Confidence

Our involvement across various industries has led to several tangible breakthroughs: Green Energy Scaling: We helped develop high-speed welding processes for thin-plate stacks used in energy production. By solving the technical challenge of joining varying thicknesses without burn-through, we enabled a transition from manual prototyping to automated series production. Medical Precision: We supported the improvement of a specialized laser drilling process for healthcare products. Our work helped the client better understand how different materials respond during manufacturing, ensuring consistently high-quality output at scale. Informed Sourcing: By acting as a technical consultant during system procurement, we’ve helped companies avoid expensive mistakes, ensuring they don't just buy a laser, but a fully integrated process that accounts for thermal efficiency and long-term maintenance.

Laser processing of steel
Laser processing of steel
Lasers offers a high degree of automation
Lasers offers a high degree of automation
Characterisation and shaping of laser beam to required characteristics
Characterisation and shaping of laser beam to required characteristics

A Model for Agile Collaboration

A Model for Agile Collaboration

Laser projects at IPU range from high-level feasibility studies ("Is this the right technology?") to deep-dive troubleshooting of existing production lines. Our ability to step in at any stage - whether it’s to analyse why a filter is clogging or to lead a demo production batch with external partners - provides the flexibility that modern R&D demands.

Looking Ahead

As industries move toward electrification and sustainable materials, the demands on laser processing are increasing. From welding copper "hairpins" in electric motors to drilling new bio-polymers, IPU continues to explore the frontiers of ultra-short pulse (USP) lasers. These "cold processing" techniques allow for material removal at an atomic level without heating the surrounding area, opening doors for products that were previously impossible to manufacture.

Why IPU?

Laser material processing is a matrix of infinite variables. IPU offers the rare combination of deep academic expertise (PhD-level insights) and hands-on industrial experience. We don't just provide a report; we provide the clarity needed to invest in the right technology at the right time.