Company Overview
Snapshot
Founded in June 2008 by Eyal Shekel, Civan Lasers operates with 51–200 employees. The company has raised $4.69M across four funding rounds.
Business overview
Civan Lasers specializes in high-brightness, high-power diodes, fiber lasers, and optical amplifiers, offering single-mode lasers with continuous-wave power from less than 10 watts to over 10 kilowatts. Leveraging proprietary coherent-beam-combining technology, the company provides standard and custom lasers featuring unique wavelengths, dynamic beam control, and enhanced performance. These lasers are designed for high reliability, customization flexibility, energy efficiency, and low maintenance. Civan Lasers serves industrial materials processing (cutting, welding, microstructuring), medical, and research applications, operating within the Industrial Technologies sector.
Strategic signal
A news report from May 2026 highlighted a business conflict that could impact Israel's laser defense capabilities, suggesting potential strategic implications for companies like Civan Lasers, which operates in advanced laser technologies. This indicates a dynamic and potentially volatile market environment for high-power laser providers, signaling to investors the importance of monitoring geopolitical and defense-related developments that could influence the company's operational landscape and strategic partnerships.
Log in to access full profile ›Company Intelligence Q&A
- What is Civan Lasers' core technology?
- Civan Lasers specializes in high-brightness, high-power diodes, fiber lasers, and optical amplifiers, utilizing proprietary coherent-beam-combining technology to offer single-mode lasers with dynamic beam control for various industrial applications.
- When was Civan Lasers founded?
- Civan Lasers was founded in June 2008.
- Who is the founder of Civan Lasers?
- Eyal Shekel is the Founder & CEO of Civan Lasers.
- What is Civan Lasers' relevance to climate technology?
- Civan Lasers' technology contributes to sustainable mobility and clean manufacturing by enabling high-speed welding of recyclable aluminum for EVs and replacing brazing technology with laser welding, which saves up to 92% of energy in EV production processes.