About us

Our Vision

As a pioneering tech startup, Oraclase is dedicated to reshaping the landscape of laser technology with our world-first, artificial intelligence-driven solutions. Having evolved from a five-year collaborative research project into a commercial venture, we are driven by the substantial public interest in our innovations. Our vision is to leverage our unique AI capabilities to revolutionize laser-based material processing applications, ensuring our clients access the most advanced, efficient, and groundbreaking solutions in the industry.

Who are we?

We are a team of highly qualified computer scientists who have deep knowledge in artificial intelligence, computer vision, computer graphics, and software development.

  • Omid Alizadeh

    Product and customer growth

  • Azadeh Asadi

    Operation and business development

  • Vahid Babaei

    Technology and customer growth

  • Sebastian Cucerca

    Engineering and technical delivery

  • Siddhartha

    Artificial intelligence and engineering

  • Balaji Venkatesan

    Artificial intelligence software development

What We’ve Achieved

  • Innovative Funding Achievement
    Oraclase secured a substantial grant of €800,000 from the Exist funding program, recognizing the potential and innovation of our technology.

  • Maximize Program Admission and Grant
    We earned a spot in the esteemed Maximize program and were awarded an additional grant of €50,000, further empowering our research and development endeavors.

  • Patenting Groundbreaking Technology
    Oraclase has a pending patented on our novel AI-driven technology in laser processing, marking a significant milestone in our journey as industry innovators.

  • Development of the First Image Reproduction Framework
    We proudly developed the first image reproduction framework for color laser marking, setting new standards in precision and quality.

  • Pioneering AI-Driven Process Parameter Search
    Our team achieved a breakthrough by developing the first AI-driven process parameter search technology in laser material processing, revolutionizing efficiency and accuracy in the field.