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Goniometer Stages

Zolix Instruments' TSMG 10-1/2W Manual goniometers are made of aluminum alloy with a big table size of 65×65 mm. The travel range is up to 10°. These goniometric stages are used for changing the sample yaw and pitch precisely. Generally, a goniometric stage rotates the object about an axis, which is unobstructed by the stage and is ...

Specifications

Travel Range: -10-+10deg
Center Of Rotation: 76 mm
Load Capacity (horizontal): 2 kg
Load Capacity (vertical): null kg
Table Size: 65×65 mm
Data Sheet
NFPG series ultra-high precision goniometers are made of stainless steel. They feature two table sizes 50×50 mm and 70×70 mm. They can change the sample's yaw and pitch precisely.

Specifications

Travel Range: 0.3-7.5deg
Center Of Rotation: 71.5 mm
Load Capacity (horizontal): 1.5 kg
Load Capacity (vertical): null kg
Table Size: 50×50 mm
...
Data Sheet
The MGON series high precision goniometer is designed for accurate angular adjustment and positioning. These goniometers provide precise control and stability, making them suitable for fiber alignment and other applications requiring precise angular positioning. They feature a compact design with different models available, offering ...

Specifications

Travel Range: -7-+7deg
Center Of Rotation: 40 mm
Load Capacity (horizontal): 3 kg
Load Capacity (vertical): -- kg
Table Size: 40×40 mm
...
Data Sheet
Suruga Seiki\'s Dovetail Goniometer Stages with manual translation are a great fit for applications which require a good accuracy combined with a relatively large travel range. These manual goniometer stages are particularly popular in laser optics, spectroscopy, microscopy, and metrology applications. Whether you are working in an ...

Specifications

Travel Range: -15-15deg
Center Of Rotation: 20 mm
Load Capacity (horizontal): 2 kg
Load Capacity (vertical): 0.6 kg
Table Size: 25 mm
Data Sheet
Suruga Seiki\'s Cross Roller Goniometer Stages (worm type) with manual translation are a great fit for applications which require a good accuracy combined with a relatively large travel range. These manual goniometer stages are particularly popular in laser optics, spectroscopy, microscopy, and metrology applications. Whether you are ...

Specifications

Travel Range: -10-10deg
Center Of Rotation: 50 mm
Load Capacity (horizontal): 3 kg
Load Capacity (vertical): 0.9 kg
Table Size: 50 mm
Data Sheet

Frequently Asked Questions

A Goniometer Stage – oftentimes also referred to as a Goniometric stage – is a device used to rotate a given object with extreme precision about a desired point in space within a very small angular range.

Goniometer stages are often used for industrial applications constructing devices or machines assembled on a microscopic scale. In laboratory experiments, they are frequently used for alignment of optical elements (crystals, lenses, mirrors, polarizers, etc.) within an optical setup.

Goniometer Stages are fairly compact devices with very few protruding parts, yet they still come in an extensive variety of designs. Every design contains a drive mechanism (mechanical or motorized) and a low friction guide, both offering high accuracy and precision. There are several types of guides, each offering their own strengths and advantages. For example, crossed roller guides that contribute higher resolution for smaller ranges of motion are best suited for micro/nano-positioning applications.

Common guides are crossed roller guides, curved dovetail/rail, and air bearings.

Standard stages provide only linear motion in the X, Y, and Z planes, whereas goniometer stages produce partial rotation of XY, XZ, or YZ planes about a fixed point.

Goniometer stages typically come with a limited range of motion, often constrained within +/-15 degrees. Their main purpose is the precise alignment of an object, while larger ranges of motion can be achieved through other motion control instruments.

A single Goniometer Stage unit can cost anywhere from $150 for smaller components to $2,000+ for more advanced stages. Pricing of the stages typically depends on the driving mechanism, but it more heavily depends on the type of guide included with the unit. Stages with crossed roller guides, for example, will cost much more because of their advanced positioning technology. To find out the price of any of the stages on this page, please inquire.

Goniometer Stages are most commonly made of stainless steel or aluminum alloys, often with a black anodized finish.

There are 6 different Goniometer Stages from suppliers and manufacturers listed in this category. In just a few clicks you can compare different Goniometer Stages with each other and get an accurate quote based on your needs and specifications. Please note that the prices of Goniometer Stages vary significantly for different products based on various factors including technical parameters, features, brand name, etc. Please contact suppliers directly to inquire about the details and accurate pricing information for any product model. Simply navigate to the product page of interest and use the orange button to directly reach out to the respective supplier with one click.

Did You know?

A Goniometer Stage is a motion device that provides controlled movement of an object within a small angular range around an axis which is located outside and above the goniometer stage. Objects mounted on the stage can be moved in a swing like pattern as in a pendulum. These devices are used to rotate an object very precisely about a fixed point in space. These stages are often used for precise optical alignments (e.g. laser crystals, mirrors, lenses) for applications ranging from microscopy to micromachining. You might be interested to also learn that the term “Goniometer” can refer to the name of two distinct instruments used for different purposes. An Optical Goniometer, which is more commonly used in orthopedics, is an instrument that measures angles between any joints. The primary purpose of this procedure is to determine the maximum available range of motion at the joint. The practice of measuring - and knowing how to measure - joints in multiple planes is known as goniometry, and the devices used are called a goniophotometer. The second instrument also commonly called a Goniometer or a Goniometer Stage is the one, which you can see on this page.