A professional manufacturer of UVLED curing systems
6-Axis Fiber Alignment Stages
manual 6-axis optical fiber alignment stage- Platform Size60mm
- componentX,Y,Z, θX,θY, θZ
- Travel distance6.5mm @ 0.3mm
- Accuracy5um
- Load capacity4KG/F
- MaterialAlumimum alloy
- Surface ColorBlack
manual 6-axis optical fiber alignment stage
Mechanically speaking, manual positioning stages are the simplest and least expensive motion control systems that can offer precise linear or rotational motion. They are most frequently utilized in academic or industrial R&D centers and are occasionally seen in low-volume production settings.
They are extremely suitable for aligning and coupling single-core or multi-core devices such as fibers, fiber arrays, and broadcast conduits. These precision core adjustment devices are composed of a high-precision, high-stability linear adjustment frame (XYZ axis), a tilt adjustment frame (θX θY), and an arc angle measuring platform (θZ).
Brief description-multi-axis positioning stages
Mechanically, manual multi-axis positioning stages are the simplest and least costly motion control systems that can provide precise linear or rotational motion across multiple axes. They are often used in academic or industrial R&D centers andoccasionally found in low-volume production environments.
These stages are exceptionally suitable for the alignment and coupling of single-core or multi-core devices such as fibers, fiber arrays, and broadcast conduits. They are precision core adjustment devices, consisting of a high-precision, high-stability linear adjustment frame (XYZ axes) and a tilt adjustment frame (θX, θY), complemented by an arc angle measuring platform (θZ).
Structure Drawing
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Futansi has also developed high-precision motorized stages. These advanced stages are designed to offer superior performance in terms of accuracy and repeatability. They are equipped with high-resolution motors and sophisticated control systems that enable precise and reliable motion control. These motorized stages are ideal for applications that require high levels of precision, such as in semiconductor manufacturing, microelectronics, and precision engineering. They can be programmed to perform complex movements and are capable of handling a wide range of payloads. The integration of these stages into various industrial and research settings enhances the efficiency and accuracy of processes, making them a valuable addition to Futansi’s product portfolio.
