Y Fiber Waveguide Automatic Coupling System

Specifications

Coupling Platform Modules: Six-axis alignment system, Planar waveguide carrier, Vision module, UV curing module, Pressure sensing system, Stereo microscope module, Extinction ration tester, Software
Extinction Ratio Wavelength Range: 1260 – 1640 nm
Extinction Ratio Measurement Range: Not Specified
6-axis Alignment Resolution (X/Y/Z, θx/θyθz): 0.03μm/0.03μm/0.03μm, 0.0001°/0.0001°/0.0001°
Positioning Repeatability: ≤±0.2μm
2-axis Manual Angular Adjustment Range: 12°/16°
2-axis Manual Angular Adjustment Resolution: 0.0001°/0.0001°
2-axis Linear Automatic Adjustment Range: 100mm/100mm
2-axis Linear Automatic Adjustment Resolution: 0.03μm/0.03μm
Left Vision Camera Resolution: 5 MPixels
Left Vision Magnification: 2X
Top Vision Camera Resolution: 5 MPixels
Top Vision Magnification: 1X
UV Curing Wavelength: 365nm (or optional 385nm/405nm)
UV Curing Max Power Density: ≥1500mW/cm²
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Features


  • Automatic identification of materials and positions

  • Automatic coupling of materials

  • Automatic dispensing in the coupling area

  • Automatic UV curing

  • High-precision mechanical platform

  • Active air-flotation optical platform

  • Made of marble

  • System computer with preset button operation

  • Laser safety level 4

  • Six-axis alignment systems with X/Y/Z/θx/θyθz itinerary

  • Resolution(X/Y/Z/θx/θyθz): 0.03μm/0.03μm/0.03μm/0.0001°/0.0001°/0.0001°

  • 6-dimensional space repeat positioning accuracy of each set of components is ≤±0.2μm

  • Planar waveguide carrying platform with waveguide fixture components

  • 2-axis manual angle axis, itinerary 12°/16°, resolution 0.0001°/0.0001°

  • 2-axis linear automatic axis composition, itinerary 100mm/100mm ,resolution 0.03μm/0.03μm

  • Repeatable positioning accuracy is less than ±0.3μm

  • Left vision component: camera pixels 5 million, lens 2x multiple

  • Top vision component: camera pixels 5 million, lens 1x multiple, with periscope lens

  • UV wavelength 365nm (or optional according to user requirement, such as 365/385/405 nm)

  • Maximum power ≥1500mW/cm²

  • 4 UV lamps

  • High-precision pressure sensing feedback system with a pressure range of 0~10N and a minimum resolution of 0.5N

  • Closed-loop control with a multi-dimensional modulation system

  • Optional stereo microscope module with a field of view that can cover the product for early development process

  • Extinction ratio alignment process for planar waveguide devices with three groups of six-axis adjustment devices

  • Built-in instruments including single-channel extinction ratio tester, extinction ratio measurement range, and low polarization SLED broadband light source

Applications


  • Telecommunications industry: The machine can be used to quickly and efficiently connect waveguides used in various telecommunications applications, such as microwave transmission systems and satellite communications

  • Military and aerospace: The machine can be used to connect waveguides used in military and aerospace applications, such as radar systems and missile guidance systems

  • Medical industry: The machine can be used to manufacture waveguides used in medical equipment, such as MRI machines and cancer treatment devices

  • Research and development: The machine can be used by researchers and engineers to quickly prototype and test new waveguide designs and configurations

  • Manufacturing: The machine can be used in waveguide manufacturing facilities to increase production efficiency and reduce labor costs