Y Fiber Waveguide Automatic Coupling System
Description
The Y waveguide automatic coupling machine from CSRayzer Optical Technology Co. is a highly efficient, automated equipment used for coupling and packaging planar Y-waveguide chips, lenses, and pigtails. With features such as automatic identification of materials, positions, coupling, and dispensing, the equipment reduces manual efforts while ensuring high consistency, efficiency, and yield. The coupling platform includes a high-precision mechanical platform with an active air-flotation optical platform, made of marble, with a computer console for preset button operations.
The coupling modules consist of six-axis alignment systems, with 6-dimensional space repeat positioning accuracy of each set of components ≤±0.2μm. The planar waveguide carrying platform includes waveguide fixture components with a 2-axis manual angle axis and 2-axis linear automatic axis composition. The vision component module includes a left vision component and a top vision component with a camera pixel of 5 million and lenses with 2x and 1x multiples, respectively.
The UV-curing component module includes UV lamps with a UV wavelength of 365nm or optional based on user requirements. The equipment also features a high-precision pressure sensing feedback system with a pressure range of 0~10N and a minimum resolution of 0.5N and a multi-dimensional modulation system for closed-loop control. Additionally, the equipment comes with a single-channel extinction ratio tester, extinction ratio measurement range, and low polarization SLED broadband light source, among others.
Y Fiber Waveguide Automatic Coupling System
Specifications |
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| 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: | 1260-1640nm |
| Extinction Ratio Measurement Range: | 0-50dB |
| 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 |
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
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
Contact Supplier
How to order?
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Ships from:
China
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Sold by:
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On FindLight:
since 2020
Frequently Asked Questions
The Waveguide Y-Branch Y-INTERCONNECT Element is a waveguide structure that allows an incoming signal to split into two or more separate branches. It is commonly used in integrated optical circuits and photonic systems.
The Waveguide Y-Branch Y-INTERCONNECT Element can be made from a variety of materials, including silicon, silica, and polymer. The choice of material depends on the specific application and required properties such as refractive index and waveguide loss.
The Waveguide Y-Branch Y-INTERCONNECT Element works by splitting an incoming signal into two or more branches using a Y-shaped waveguide structure. The signal can then be routed to different parts of an optical circuit or system. The Y-branch design allows for efficient coupling and low insertion loss.
This product is used for the automatic identification, coupling, dispensing, and UV curing of materials in the coupling area of a planar waveguide carrying platform with high-precision mechanical and active air-flotation optical platforms.
The resolution of the six-axis alignment systems is 0.03μm/0.03μm/0.03μm/0.0001°/0.0001°/0.0001° for X/Y/Z/θx/θyθz.
This product includes 4 UV lamps, and the UV wavelength is 365nm (or optional according to user requirement, such as 365/385/405 nm).
Yes, this product has a high-precision pressure sensing feedback system with a pressure range of 0~10N and a minimum resolution of 0.5N.
The Y Fiber Waveguide Automatic Coupling System is used for coupling and packaging planar Y-waveguide chips, lenses, and pigtails.
The features of the Y Fiber Waveguide Automatic Coupling System include automatic identification of materials and positions, automatic coupling of materials, automatic dispensing in the coupling area, automatic UV curing, high-precision mechanical platform, and active air-flotation optical platform.
The 6-dimensional space repeat positioning accuracy of each set of components in the Y Fiber Waveguide Automatic Coupling System is ≤±0.2μm.
The Y Fiber Waveguide Automatic Coupling System includes a left vision component with a camera pixel of 5 million and a lens with a 2x multiple, and a top vision component with a camera pixel of 5 million and a lens with a 1x multiple.
The Y Fiber Waveguide Automatic Coupling System can be used in the telecommunications industry, military and aerospace applications, the medical industry, and research and development.