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Metrology Accessories

Meadowlark Optics’ Retardance Measurement Station, Model TB1000, is the first commercial product for high precision measurements of waveplates. Customer demand triggered the development of the TB1000. This turnkey, fully-enclosed system measures the retardance of multi-order waveplates and same-material compound zero-order ...

Specifications

Retardance Accuracy (@633nm): 0.005 waves
Retardance Range (@633nm): 0.1-45 waves
Wavelength Measurement Range: 380-4500 nm
Maximum Optic Size: 8.2 in
Measurement Spot Diameter: 3.8 mm
The CaliBall II is used in horizontal interferometer set ups and is held in a Zygo type 4” bayonet mount that provides the adjustments to align the CaliBall II to the transmission sphere.     The CaliBall™ II comes with all the same components as CaliBall™ I but it is better suited for use with horizontal looking ...

Specifications

The Calibration Package for PSM is a product offered by Optical Perspectives Group (OPG) that provides a NIST traceable square wave grating with 4 lp/mm spacing for calibrating the lateral scale of the PSM and other optical instruments. The package includes a 64 mm square glass substrate with a 25 mm square chrome square wave line ...

Specifications

Grating Spacing: 4 lp/mm
Glass Substrate Size: 64 mm square
Square Wave Pattern Size: 25 mm square
Calibration Certificate: Included
Calibration Data Sheet: Included
The BFC™ facilitates endface geometry measurement of cleaved and polished bare optical fiber. Machined aluminum and steel constructions utilize an easy-to-load clam shell design and V-mount groove to prevent damage to fibers during loading. An optional Loading Station* can also be used to assist with sample preparation and alignment. ...

Specifications

The BFC™ facilitates endface geometry measurement of cleaved and polished bare optical fiber. Machined aluminum and steel constructions utilize an easy-to-load clam shell design and V-mount groove to prevent damage to fibers during loading. An optional Loading Station* can also be used to assist with sample preparation and alignment. ...

Specifications

The BFC™ facilitates endface geometry measurement of cleaved and polished bare optical fiber. Machined aluminum and steel constructions utilize an easy-to-load clam shell design and V-mount groove to prevent damage to fibers during loading. An optional Loading Station* can also be used to assist with sample preparation and alignment. ...

Specifications

The BFC™ facilitates endface geometry measurement of cleaved and polished bare optical fiber. Machined aluminum and steel constructions utilize an easy-to-load clam shell design and V-mount groove to prevent damage to fibers during loading. An optional Loading Station* can also be used to assist with sample preparation and alignment. ...

Specifications

The BFC™ facilitates endface geometry measurement of cleaved and polished bare optical fiber. Machined aluminum and steel constructions utilize an easy-to-load clam shell design and V-mount groove to prevent damage to fibers during loading. An optional Loading Station* can also be used to assist with sample preparation and alignment. ...

Specifications

The BFC™ facilitates endface geometry measurement of cleaved and polished bare optical fiber. Machined aluminum and steel constructions utilize an easy-to-load clam shell design and V-mount groove to prevent damage to fibers during loading. An optional Loading Station* can also be used to assist with sample preparation and alignment. ...

Specifications

The BFC™ facilitates endface geometry measurement of cleaved and polished bare optical fiber. Machined aluminum and steel constructions utilize an easy-to-load clam shell design and V-mount groove to prevent damage to fibers during loading. An optional Loading Station* can also be used to assist with sample preparation and alignment. ...

Specifications

Frequently Asked Questions

Metrology accessories are tools and equipment used in conjunction with metrology instruments to improve their performance, accuracy, and functionality.

Common types of metrology accessories include calibration standards, reference artifacts, fixtures and clamps, probe heads and styli, data analysis software, and measurement stands.

Calibration standards are used to verify the accuracy of metrology instruments by providing a known reference value.

Reference artifacts are used as a standard of comparison for metrology instruments, allowing them to be calibrated and verified.

Fixtures and clamps are used to securely hold the object being measured in place, ensuring accurate and repeatable measurements.

Probe heads and styli are used to improve the accuracy and versatility of metrology instruments by allowing measurements to be taken in tight spaces or at awkward angles. They can also be used to measure complex shapes and features that would be difficult or impossible to measure with a standard probe.

There are 10 different Metrology Accessories from suppliers and manufacturers listed in this category. In just a few clicks you can compare different Metrology Accessories with each other and get an accurate quote based on your needs and specifications. Please note that the prices of Metrology Accessories 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?

Did you know that metrology accessories are tools and equipment used in conjunction with metrology instruments to improve their performance, accuracy, and functionality? Common types of metrology accessories include calibration standards, reference artifacts, fixtures and clamps, probe heads and styli, data analysis software, and measurement stands. Calibration standards are used to verify the accuracy of metrology instruments, while reference artifacts are used as a standard of comparison for metrology instruments, allowing them to be calibrated and verified. Fixtures and clamps are used to securely hold the object being measured in place, ensuring accurate and repeatable measurements. Probe heads and styli are used to improve the accuracy and versatility of metrology instruments by allowing measurements to be taken in tight spaces or at awkward angles, and to measure complex shapes and features.