FEMTOSECOND LASER DIRECT WRITING
We Provide Solutions For You
Industrial-grade
Prioritizes reliability, efficiency, and consistency for mass production and industrial environments, optimized for high throughput and automation.
Scientific-grade
Focuses on high precision, customizability, and advanced research applications, ideal for experiments and development in controlled environments.
Professional-grade
In a femtosecond laser direct writing system, professional-grade means high-precision, reliable performance for advanced users in research and manufacturing, offering quality and customization.
Commercial Standard System！
Femtosecond Laser Direct Writing
— Gen 2
Femtosecond laser direct writing of fiber Bragg gratings (FBG),optical waveguides,TPP printing,multiphoton polymerization additive……
Only $150，000！
Femtosecond Laser Direct Writing
— Gen 3
Basic Configuration:Three core components: Femtosecond Laser,Positioning System,Processing Software……
Only $200，000！
Product Showcase
Optical waveguides, fiber Bragg gratings (FBG), super-diffraction 3D printing, and hybrid ……
Supports complex vector graphics (DXF) and standard 2D import, editing, filling, and array processing…….
Supports three-axis linked spatial curve machining; software includes a spiral line planning ……
Integrated Platform Design, Precision Positioning, and High-Performance Support:All-Solid……
Three core components: Femtosecond Laser, Positioning System, Processing ……
By combining a regenerative femtosecond laser amplifier with Digital Micromirror ……
Time-resolved spectroscopy: Using femtosecond laser pulses to probe fast chemical reactions……
This is an advanced system that uses femtosecond laser direct writing technology to ……
Contact us, get a quotation!
Scientific research and industrial
1）TGV
• Silicate Glass TGV Through-Hole, 30μm Hole Diameter, 300μm Depth, 100μm Pitch
• Hole Diameter: 30μm, offering fine resolution for high-density interconnections.
• Hole Depth: 300μm, ensuring the via can connect multiple layers in a compact device.
• Pitch: 100μm, the spacing between each via, enabling high-density patterns for microelectronic or photonic devices.
2） Fiber Bragg Grating (FBG)
3）Surface Removal
• Wavelength Range: 1540-1545-1559nm (Pi fiber)
• Side Mode Suppression Ratio (SMSR): > 10 dB
• 3dB Bandwidth: < 0.6 nm
• Reflection Rate: > 90%
• Removal of Chromium Coating on Photomask Surface with 5 μm Linewidth5μm
• Chromium Layer Thickness: 300 nm; No Damage to Glass Substrate
3）Metasurface Etching
4）Optical Waveguide
• Uniform Fine Etching of Silicon Wafers: Nanograting Grooves with a Linewidth of 365 nm and a Depth of ~30–40 nm
• Nanograting Etching on JGS1 Fused Silica Glass
5）Two-Photon Polymerization (TPP) Printing
6）Biomedical Applications
• 3D-Printed Microrobotic Components3D
• High-Density, High-Precision Metal Micropore Array Filters
ABOUT US
The company has developed systematic solutions tailored to client needs, including biochip, microfluidic chip, and wafer perforation solutions. Drawing from a strong foundation in processing and testing, Optics-Hub continuously refines high-quality processes to deliver professional and high-quality services to corporate clients.