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Optical Positioners

The bases for manual stages are made of aluminum alloy, they are used for connecting different stages.Baseplates in these series come in several different model as you can see from the attached specification sheet. We have the mechanical drawing of the following models of these square and rectangular baseplates:BP-A40 (40mm x ...

Specifications

Mount Material: Anodized Aluminum
Adjustments: Fixed
Thickness: 9 -10 mm (depending on the model)
Width: 40 - 100 mm (depending on the model)
Length: 40 - 175 mm (depending on the model)
The Mirrors.TxTy0303/1010 are compact and high-performance piezoelectric motion unit designed for room temperature (RT) applications.  The piezo-linear stage features a closed-loop control system and supports resistance type position sensing. With its ultra-quiet motion and 20 kHz drive frequency, it provides smooth and ...

Specifications

Mount Material: Custom
Adjustments: Tip, Tilt, Piston
Operating Temperature Range: ~20-80 °C
Travel Range: 3 mm
Load Capacity (Horizontal):: 0.03 kg
The base plate series is used to fix various mirror frames and rod frames. It is used as a base to facilitate connection with the workbench. It can also be used as a transition when various single adjustment frames are combined with multi-dimensional adjustment frames. The adjustment frame is connected and fixed to the optical ...

Specifications

Mount Material: Aluminum
Adjustments: Tip and Tilt
Model: LSGB1-4
Installation Thickness: 4mm
Installation Width: 35-300mm

Optical Positioners: Precision Control for Optical Component Alignment

Optical positioners are indispensable devices designed to provide precise control over the positioning and alignment of optical components such as lenses, mirrors, filters, and prisms. These tools allow for fine adjustments in multiple axes, enabling optimal performance and accuracy in complex optical systems.

Optical positioners come in various configurations, including translation stages, rotation mounts, and tip-tilt positioners, allowing users to control movement along linear or angular degrees of freedom. This flexibility is critical in applications such as laser beam steering, interferometry, microscopy, and optical testing, where exact component placement impacts system effectiveness.

Constructed from high-quality materials like anodized aluminum and stainless steel, optical positioners are designed to offer both stability and smooth motion. Many feature micrometer screws, piezoelectric actuators, or motorized controls, providing precise, repeatable adjustments often down to micrometer or arcsecond resolution.

The versatility of optical positioners allows integration with various optical setups, from simple laboratory experiments to advanced industrial machinery. Their compact size and modular design facilitate easy incorporation into existing systems, while some models support computerized control for automation and remote operation.

When selecting an optical positioner, key considerations include its range of motion, load capacity, resolution, and compatibility with your optical components. Choosing the right positioner helps minimize alignment errors, reduce setup time, and improve overall system performance.

Optical positioners are essential in sectors such as photonics, telecommunications, biomedical imaging, and precision manufacturing, where the ability to finely tune optical elements can dramatically influence results.

In conclusion, optical positioners offer precise and flexible control for aligning optical components, playing a critical role in enhancing the accuracy and reliability of optical systems across various industries.

Did You know?

Optical positioners are essential tools in opto-mechanics, providing precise control over the positioning and alignment of optical components such as lenses, mirrors, and beam splitters. These devices allow for fine adjustments in one or more degrees of freedom, ensuring optimal performance in complex optical systems. Common types of optical positioners include translation stages, rotation mounts, and tip-tilt platforms. Translation stages offer linear motion along one or more axes, while rotation mounts enable angular adjustments. Tip-tilt platforms provide both translational and rotational movement, allowing for comprehensive alignment capabilities. Applications of optical positioners span various fields, including laser systems, microscopy, spectroscopy, and optical testing. In these settings, maintaining precise alignment is crucial for system accuracy and performance. When selecting an optical positioner, factors such as travel range, resolution, load capacity, and compatibility with other components should be considered to ensure optimal integration into your optical setup.