A one-stop manufacturing system that meets the needs of industrial-scale nanomanufacturing production lines with high resolution, high efficiency, high accuracy, high device performance and high yield. It can manufacture integrated photonics chips for optical communications, optical sensing, optical computing, and quantum tech.

• Improve exisiting nanoLAB series for the research market.
• Develop nanoFACTORY series for the manufacturing equipment market with high yield, high efficiency, and lower unit cost.
• Specialised for quantum photonic chips fabrication.

• Fully automated continuous FBG fabrication up to km length
• High precision fiber delivery and collection system
• AI Vision assisted automated fiber core recognition
• Built-in recipe with standard FBG parameters
• Integrated independent vibration isolation system
• Able to fabricate with multiple fiber types
• Able to fabricate multiple grating structures
• 95% yield of high performance and consistency FBGs

• World-only available commercial equipment with high-resolution in-situ 3D refractive index distribution characterizing and imaging functionality.
• In-situ characterization of refractive index of optimal design and fabrication parameters
• Fast Characterization Speed (0.5 Fps)
• Characterize available for various devices (eg. FIFO, WDM, FBGs)
• Characterize available for a wide range of materials including polymers, glasses (incl. chalcogenide glass), crystals (eg. LiNbO3), sapphires, transparent ceramics, quartzes, fibers and etc.
• Provide a quantitative reference index system for 3D refractive index measurements, which is continuously being enriched
• Suitable for a wide range of applications to test surface and internal refractive index distributions under harsh environment conditions
• Convenient one-click operation design, with minimal time consumption and manual operation interference, ensuring high efficiency in processin
• Obtain unique data for 3D refractive index distribution to assist cutting-edge scientific research

World-first intelligent laser nanofabrication system with our unique in-situ 3D refractive index imaging functionality, meeting the customers’ needs from both academia and industry.

• High degree of automation
• Intelligent advice on parameter configuration
• Scenario-oriented solution package
• SOP-based software module
• Embedded optimized fabrication algorithm package
• Easy to learn and use
• Safe and reliable
• In-situ 3D refractive index characterization functions

Femotosecond laser fabricated FBGs. Standard UFBGs have reflectivities ranging from 30% – 90%, and specialised UFBGs are fully customizable tailored to your needs.

• Highly customizable reflectivity (up to 99.99%, down to <0.001%)
• High consistency (consistency deviation can be controlled within +/- 1 dB)
• Fully customizable in parameters (central wavelength, grating length, etc.)
• High temperature stability (PI coating applicable to temperature up to 800 degrees, AC coating applicable to temperature up to 300 degrees)
• High pressure stability (up to 60 MPa)

The world’s best Self-cooling film that cool down any object without using electricity.

• Unique nanostructures enabled by our world-leading nanomanufacturing capabilities create a brand-new material with superior cooling performance
• Radiative cooling principle
• Proven superior cooling performance
• Ultrathin, easy & flexible for integration enables applications in various industries
• UV comletely blocked
• Cost-effective & mass-production ready