APFP Series Standard Precision Fiber Optic Alignment Stages
Description
The APFP Series represents our lineup of Standard Precision Fiber Optic Alignment Stages, distinguished by their exceptional sensitivity and robust stability.
Equipped with precision micrometers, these stages deliver meticulous alignment with a sensitivity of less than 2 μm. They offer a generous linear range of 12mm and a versatile angular range of ± 7°, ensuring adaptability and precision in a multitude of applications.
Engineered for reliability, the APFP Series epitomizes high-performance alignment solutions, catering to the diverse needs of optics, photonics, and telecommunications sectors.
APFP Series Standard Precision Fiber Optic Alignment Stages
Specifications |
|
|---|---|
| Hole Diameter: | -- um |
| Angle: | -7-+7deg |
| Structure Type: | Translation Stage |
| Angular Range: | ± 7° |
| Linear Range: | 12 mm |
| Axis: | 1 - 6 axis |
Features
Multiple Axes Adjustability: These stages come in configurations ranging from 2-Axes to 6-Axes, offering versatility in movement and adjustment across different planes and rotation points.
High Precision and Sensitivity: With resolutions down to 0.1µm and sensitivity below 1µm, these stages are designed for applications that require extremely precise adjustments and alignments.
Angular Adjustments: Certain models like APFP-θx, APFP-T(L), and APFP-XYZTθ(L) offer angular adjustments (θx, θy, θz), providing the ability to precisely tilt or rotate the components being aligned.
Diverse Range of Models: The variety of models like APFP-XYZ, APFP-XYZT(L), APFP-XYZTθ(L), and FP-XYZT each offer different ranges of linear and angular adjustments, catering to different needs.
Quality Construction and Components: Built with materials such as SUS410, SUS304, and SUS430 and featuring components like Ball Screws, Linear Motors, and Cross Roller Guides, these stages are likely to be durable and reliable.
Stability: The stages are categorized as having Ultra and High Stability, which is crucial for maintaining precise alignments over time.
Applications
These fiber optic alignment stages are employed across a range of industries and research areas. Here are some potential applications:
Photonics and Optoelectronics: Precise alignment of optical fibers, lenses, and other components for the development and testing of photonic devices and optoelectronic components.
Telecommunications: Alignment of fiber optics for communication systems, ensuring optimal signal transmission and reducing losses.
Biomedical Research: Aligning optical components for imaging systems, microscopes, and other diagnostic tools used in biomedical research and healthcare.
Laser Systems: Precise positioning and alignment of lasers and optical elements in laser systems used for cutting, engraving, research, and medical applications.
Academic and Industrial Research: These stages are invaluable in labs where research on light, optics, and related fields are conducted, requiring precision and stability.
Microfabrication and Nanotechnology: Use in the alignment of optical components for processes such as photolithography and other microfabrication techniques.
Semiconductor Manufacturing: Precise alignment is essential in the manufacturing of semiconductors, where optical processes are often used.
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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 angular range is ± 7°.
The linear range is 12mm.
The sensitivity is less than 2 μm.
You can contact us at 010 56370168 or visit our website at www.zolix.com.cn.
The available accessories include vertical positioners, rotation stages, and various manual stages.