PIC Assembly Laser Cleaning Solution
Powered by the World’s First High Peak Power 3 µm Fiber Laser
Meet Femtum at OFC Booth #4441 in San Francisco (See Showfloor)
At Femtum, we enable the making of AI semiconductor chips with the power of unique 3 µm fiber lasers
Femtum is born from a strong desire to unleash the potential of mid-infrared lasers all over the world. Our mission is to help AI semicon manufacturers to solve their manufacturing bottlenecks by providing innovative advanced laser solutions.
Our Investors
PRODUCT LAUNCH
Photonics Wafer Laser Trimming Solution
Key enabling techology for the PIC industry. From Waste to Yield. Instantly.
PRODUCT LAUNCH
Photonics Assembly Laser Cleaning Solution
High-precision laser cleaning powered by the only 3 µm pulsed fiber lasers
Microprocessing Applications
Discover the power of mid-IR selective laser processing using Femtum fiber lasers
Knowledge & Support
Product Launch at OFC 2025 : Photonics Wafer Laser Trimming Solution (Booth #4441)
🚀 FEMTUM at OFC 2025 – Booth #4441 We’re thrilled to announce the official launch of our Photonics Wafer Laser Trimming Solution at OFC 2025, celebrating 50 years of optical networking and communications innovation. Join us at Booth #4441 to experience next-generation mid-infrared laser technology designed for precision wafer-level trimming in photonics manufacturing. This solution…
Asia Photonics Expo
Focusing on photonics markets in Asia FEMTUM is excited to participate in the Asia Photonics Expo, in collaboration with its distributor JD Union, organized by Informa Market organization in Singapore. Scheduled to take place from February 26-28 at the Sands Expo and Convention Center in Singapore, this year’s event focuses on the cutting-edge innovations in…
Photonics West 2025: Photonics Laser Cleaning Solution Product Launch
✨ FEMTUM at Photonics West 2025 – Unveiling Our Mid-Infrared Laser Cleaning Technology Join us at Photonics West 2025 for the exclusive preview of FEMTUM’s mid-infrared laser cleaning solution – a powerful new tool designed for non-contact, selective cleaning of advanced materials and photonic components. Leveraging the unique properties of the 2.8 μm wavelength, our…
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