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Lidrotec is a technology company.
Lidrotec develops advanced laser systems for high-precision wafer dicing, a critical step in semiconductor manufacturing. Its LidroCUT® technology combines ultrashort pulse lasers with controlled liquid environments to achieve burr-free, sharp cutting edges and minimal material waste. This innovative approach prevents microcracks and debris formation, significantly increasing production yield and enabling complex chip designs across various materials.
The company was founded in 2019 by Alexander Igelmann, Jannis Köhler, Alexander Kanitz, and Jan Hoppius. Their collective insight stemmed from extensive experience in micromachining with ultrashort pulse lasers, recognizing the potential to revolutionize chip cutting by integrating fluid dynamics to manage heat and particulate matter. This core idea, supported by an EXIST government grant, laid the groundwork for their unique process.
Lidrotec primarily serves the semiconductor industry, offering solutions that enhance efficiency and precision for manufacturers of microchips and other advanced devices. The technology also finds application in energy, medical, and electronics sectors. Their vision centers on redefining the standards for wafer dicing, enabling the next generation of semiconductor products through superior quality, speed, and design flexibility, ultimately pushing the boundaries of microchip fabrication.
Lidrotec has raised $14.5M across 2 funding rounds.
Lidrotec has raised $14.5M in total across 2 funding rounds.
Lidrotec is a deep tech startup developing advanced laser dicing machines for the semiconductor industry, using ultrashort laser pulses combined with liquids for cooling and debris removal to achieve high-precision, low-damage chip cutting.[1][2][4][5] It serves semiconductor manufacturers, microelectronics, medical, and energy tech sectors by solving the limitations of traditional diamond saw methods, which cause up to 10% scrap rates and $30 billion in annual damage globally.[1][4] The technology enables thinner kerf widths, zero breakage on hard/thin materials, higher yields, and plug-and-play integration without process changes, accelerating production of next-gen chips.[1][2][4][5] Recent momentum includes a $13.5M Series A-2 round in 2025 led by Lam Capital and Goose Capital, with ZEISS Ventures and others, funding team expansion and commercialization.[1]
Lidrotec, founded in 2022 as a spin-off from Ruhr-Universität Bochum in Germany (with some sources noting 2019 activity), emerged from research into micromaterial processing using short laser pulses and liquids.[2][3][4] The founders—Jan Hoppius, Jannis Köhler, Alexander Kanitz, and Alexander Igelmann—leveraged university expertise to address precise cutting challenges for thin, sensitive materials like semiconductors, glasses, and ceramics.[2] Early traction came via awards including EXIST Research Transfer, Intel Ignite, Rice Business Plan Competition, Science4Life, HIGH-TECH.NRW, Falling Walls, WHU Accelerator, and RWTH Incubation Program, validating the tech's potential to outperform diamond saws with 0% damage rates.[2][4]
Lidrotec rides the AI-driven semiconductor boom, where demand for thinner, higher-density chips strains traditional dicing amid global supply shortages and advanced node scaling (e.g., 2nm processes).[1][3] Timing aligns with post-2025 fab expansions by TSMC/Intel/Samsung, where yield losses from dicing hard materials like GaN/SiC amplify $30B+ annual issues—Lidrotec's tech counters this by enabling damage-free processing for compound semis critical to EVs, 5G, and power electronics.[1][4] Market forces like U.S./EU chip acts favor European deep tech like Lidrotec (Bochum-based), reducing Asia reliance; its ZEISS/Lam backing integrates it into precision optics/semicon ecosystems, influencing yields and influencing standards for fluid-laser hybrid tools amid labor/material shortages.[1][3]
Lidrotec is poised to capture share in the $5B+ wafer dicing market as Series A-2 funds pilot deployments and scale-up, targeting 2026 commercialization for compound semis.[1][5] Trends like chiplet designs, 3D stacking, and edge AI will amplify demand for its flexible, high-yield dicing, potentially expanding to medtech/energy via material-agnostic tech.[2][5] Influence may grow through partnerships (e.g., ZEISS for optics synergy), evolving from niche innovator to standard in fabs, tying back to its core promise: revolutionizing singulation to unlock next-gen chip economics without the scrap of legacy methods.[1][4]
Lidrotec has raised $14.5M in total across 2 funding rounds.
Lidrotec's investors include Ashok Rao, Kevin Chen, Gründerfonds Ruhr, NRW.BANK, ZEISS Ventures, New York State.
Lidrotec has raised $14.5M across 2 funding rounds. Most recently, it raised $13.5M Series A in June 2025.
| Date | Round | Lead Investors | Other Investors |
|---|---|---|---|
| Jun 26, 2025 | $13.5M Series A | Ashok Rao, Kevin Chen | Gründerfonds Ruhr, NRW.BANK, ZEISS Ventures |
| Oct 19, 2022 | $1.0M Other Equity | New York State |