Customer News Details

Bristol Instruments has added two new models to its line of non-contact optical thickness gauges. The 157XLS (Extra Long Scan) and 137XLS systems are the latest additions, both of which extend the maximum measurement limit to 80 mm. These new models still maintain industry-leading accuracy as high as ± 0.1 μm for the 157XLS models and long-term repeatability of up to ± 0.02 μm. For less exacting requirements, the 137XLS measures accuracy as high as ± 1.0 μm and features a long-term repeatability of ± 0.05 μm.

These instruments use the unique properties of light to measure material thickness without damage or deformation. Up to 31 individual layers, as well as total thickness, can all be measured simultaneously. This longer scan measurement capability was added primarily to accommodate thicker, multi-element optical components and assemblies, as well as large diameter medical devices.

“Based on input from our customers, this extended measurement range will enable the precision testing needed for more complex optical assemblies and medical devices,” said Don Jarvie, Business Development Manager for Metrology Products at Bristol Instruments. “This new capability is provided without sacrificing our industry-leading measurement accuracy and repeatability.”

Bristol Instruments

7647 Main Street

Fishers Victor

New York

14564

United States

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With unrivaled experience in the design, manufacture, and marketing of precision test instrumentation, Bristol Instruments serves a wide array of customers around the world. We currently work with customers across the scientific research, telecommunications, and optical metrology markets.

Our scientific customers consist of researchers at universities, government laboratories, and industry who are involved in fields such as chemistry, physics, and optics. Our telecommunications clients consist of R&D and manufacturing engineers who need to accurately test optical transceivers and WDM transmission systems. Our optical metrology customers consist of manufacturers that need to precisely measure critical physical dimensions of materials such as optics, electronic displays, medical tubing, and ophthalmic products.

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