GZTECH Shining at Formnext Asia Shenzhen 2025 Expo, three major Laser Series Empowering Additive Manufacturing Upgrades

The Formnext Asia Shenzhen 2025 (3D Printing Shenzhen) Expo and Precision Molding Exhibition was grandly held from Aug.26th to Aug.28th at Shenzhen World Exhibition & Convention Center. 

GZTECH showcased three laser product series: Green fiber lasers, Solid-state nanosecond UV lasers and Continuous Wave fiber lasers, showcasing the latest solutions for metal and non-metal additive manufacturing.

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Three Major Series Laser Sources Covering Diverse Applications

Green Fiber Series: Specifically designed for highly reflective metals like copper and silver, addressing challenges of high reflectivity and low absorption.

Solid-State Nanosecond UV Series: Focused on micro-processing of non-metallic materials such as resins and polymers.

Continuous Wave Fiber Series: Available in 200W to 1000W power options, meeting demands for large-scale, high-efficiency metal printing.

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Featured Product: 500W Continuous Green Laser

 YFCW-500-GR 

丨Output power ≥ 500W, beam quality M²＜1.3

丨Full-power operating power consumption＜4.5kW, energy efficiency improved by over 20%

丨Power instability RMS＜2%

丨Supports 24/7 continuous stable production

This Laser product employs radio frequency modulation spectrum spreading technology to effectively suppress nonlinear effects, ensuring stable and reliable processing. It meets industrial-scale mass production demands and is particularly suitable for high-reflectivity metal printing in new energy, semiconductor, aerospace, and other fields.

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The exhibition was abuzz with visitors

At the exhibition, GZTECH booth (Hall 5, B35) drew numerous industry clients and partners. multiple products garnered widespread attention and positive feedback due to their stable performance and mature process solutions.

In the future,GZTECH will continue to deepen its commitment to the additive manufacturing sector. we will collaborate with global clients to drive the high-quality, large-scale development of the 3D printing industry with laser technology featuring higher power, better energy efficiency, and greater stability.