A New Era in PCB Assembly: From Factory Wins to Fundable Growth
Client
Back to the Dutch deep-tech ecosystem — this time in electronics manufacturing.
Our client was developing a revolutionary stencil-free solder paste printing machine for PCB assembly, replacing a decades-old analogue process with a fully digital, laser-enabled approach. The result: greater adaptability, higher precision, and significantly improved production efficiency for modern electronics environments.
Problem
Working with Dutch deep-tech startups often means encountering exceptional science and bold engineering ambition. This company was no exception. Its mission was clear and timely: help Western electronics manufacturers regain competitiveness by digitizing one of the most persistent bottlenecks in surface-mount production.
Commercial traction was already strong. Even more unusually, the company demonstrated a level of commercial discipline rarely seen at this stage — rigorously tracking interactions, building data-backed sales insights, and continuously refining its go-to-market strategy.
Yet leadership faced a familiar but critical challenge: what convinces customers is not always what convinces investors.
In industrial settings, a live machine demonstration can close a deal. Investors, however, rarely get to stand on the factory floor. The team needed clarity on how to translate operational proof points into a compelling investment narrative — what signals matter most, how to frame them, and how to present them visually without losing technical credibility.
Approach
Quasar helped reposition the story from a sales lens to an investment lens by systematically translating customer proof points into investor signals.
While customers evaluate whether a machine improves their production economics, investors assess whether the company is riding a scalable market shift. In this case, the structural driver was the strategic repositioning of Western electronics manufacturers toward higher-value, precision-critical applications — environments characterized by high-mix, lower-volume production where digital printing technologies offer clear economic advantages.
If a manufacturer asks, “How does this improve my margins?”, an investor asks, “How does this business scale — and does selling get easier over time?”
This meant reframing hardware sales into a broader revenue engine: recurring software and service streams unlocked after installation, expanding installed-base economics, and declining commercial friction as reference sites grow.
If a production engineer asks, “Why is this better than the alternatives?”, an investor asks, “What makes that advantage defensible five years from now?”
Here, the narrative needed to highlight patents, proprietary process know-how, software differentiation, strategic partnerships, and the credibility of a team capable of industrializing breakthrough technology.
And while customers can be convinced by a live machine demo, investors ultimately back execution risk. They need confidence not just in the product — but in the people and the journey ahead.
We then translated this reframed logic into a crisp visual investment story: structured, fast to grasp, and compelling even without stepping onto a factory floor.
Results
Quasar delivered a high-impact investor communication package at record speed, including a sharp pitch deck and a comprehensive investor memorandum.
The materials enabled the leadership team to address due-diligence questions efficiently — in many cases simply by directing investors to specific slides. This significantly reduced friction during fundraising discussions and strengthened confidence in the company’s strategic clarity.
The new visual style and narrative approach proved equally valuable beyond fundraising. Recognizing its broader commercial power, the company extended our collaboration to include sales collateral, content marketing assets, and webinar presentations.
We continue to follow the company’s progress with excitement as it builds investor traction and advances the digitization of electronics manufacturing.