#United States #San Diego #Advanced Manufacturing #Fabric8Labs #ECAM

Fabric8Labs Secures $50 Million to Boost U.S. Manufacturing for Advanced Technologies

Fabric8Labs, a pioneering company in the field of Electrochemical Additive Manufacturing (ECAM), has successfully raised $50 million to expand its U.S.-based manufacturing capabilities. This significant funding round, led by NEA and Intel Capital, alongside other prominent investors, reflects the growing demand for innovative manufacturing solutions in various high-tech industries.

The investment will primarily focus on increasing Fabric8Labs' production from 5 million to 22 million components annually. This expansion is crucial for meeting the burgeoning needs of sectors such as thermal management for AI and high-performance computing (HPC), wireless communications, and power electronics.

The Journey of Fabric8Labs

Founded in 2015 and headquartered in San Diego, California, Fabric8Labs has developed a patented technology that revolutionizes how electronic components are produced. ECAM allows for precise, room-temperature manufacturing of metal parts, reducing reliance on expensive post-processing methods. The ECAM process creates components at the atomic level, ensuring exceptional feature resolution and surface finishes.

The expanded manufacturing capacity aims to provide clients with seamless transitions from prototyping to high-volume production, addressing a critical gap in the market for locally-manufactured, high-quality components.

Key Investment Highlights

1. Capacity Expansion: The new funding will significantly increase the production capabilities of Fabric8Labs, allowing for a boost in the supply of essential components for thermal management and RF applications.

2. Team Growth: Additional hires across multiple departments, including manufacturing, design, and quality engineering, will enable the company to support its expanding customer programs effectively.

3. Rapid Production Ramp-Up: There will be a concerted effort to accelerate the engagement process from first articles to full production, particularly in high-demand areas like AI/HPC thermal management and power electronics.

Innovations Driven by ECAM Technology

Fabric8Labs’ ECAM technology is on the cutting edge of manufacturing technology. Its applications include:

• - Thermal Management: The demand for efficient thermal management solutions for AI data centers is skyrocketing. ECAM technology provides innovative cooling solutions to keep AI and HPC chips operating effectively, even under high power densities.
• - Wireless Communications: As the wireless industry demands faster and more efficient systems, Fabric8Labs is poised to meet these challenges by integrating 3D antennas directly onto printed circuit boards, optimizing size, weight, power, and cost for modern communication devices.
• - Power Electronics: With a shift towards vehicle electrification, the components produced through the ECAM process offer improved efficiency and reliability, crucial for the next generation of electric vehicles.

What This Means for the Industry

With increasing demands for advanced manufacturing capabilities, especially in technology-driven sectors, Fabric8Labs is strategically positioned to redefine the landscape of additive manufacturing. The ISO9001 certified and ITAR registered U.S.-based manufacturing footprint ensures high-quality production while mitigating supply chain risks for customers.

The future of technology is rooted in effective and efficient manufacturing processes, and Fabric8Labs is at the forefront of this evolution. The new investment not only bolsters its operational capacity but also strengthens the ability to innovate and deliver advanced systems, fulfilling the needs of a rapidly changing market landscape.

For more information, visit Fabric8Labs for the latest updates and insights into their advanced manufacturing technologies.

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Media Contact

Tanner Immonen
Fabric8Labs, Inc.
Email: [email protected]