Resolution Targets offer positive and negative patterns.
Made of fused silica and reflective chrome, Fluorescent USAF 1951 Resolution Targets calibrate optics of systems that use UV illumination. Positive target has chrome pattern over clear background, with fluorescent material on front surface, while negative target has clear pattern with chrome background and fluorescent material on back surface. Peak absorption and emission wavelengths are 365 nm...Read More »
Imaging and Testing Targets suit machine vision applications.
High Precision Ronchi Rulings are constructed from vacuum deposited chrome on a soda lime glass substrate. Substrate is 1.5 mm thick, exhibits surface flatness of 1 wave per inch, and has surface quality 60-40. Toleranced targets, with line to line parallelism of less than 2 arc seconds, are available in sizes from 1-4 in.-² with resolutions from 50-5,000 linepairs per inch. Applications include...Read More »
Calibration Targets offer magnification levels to 100X.
Suited for microscopes and machine vision systems, Multi-Function Calibration Targets measure different imaging system parameters without need for separate calibration targets. It is available in Low Magnification for 4X-20X objectives and High Magnification for 20X-100X objectives. Calibration tool measures resolution, distortion, and depth of field (DOF). Ronchi rulings, concentric circles,...Read More »
Stainless Steel Baskets For Medical and Pharmaceutical Applications
This white paper provides an in-depth overview into stainless steel baskets for medical and pharmaceutical applications.Read More »
How SpinSelect Can Save You Time and Money
Thanks to the unique SpinSelect™ Multi-Pocket selectable quick change tool holder, it's time to rethink the range, complexity and volume of parts that your lathe can produce. Our Spin-Select™ tool was created to increase productivity and consistency by decreasing downtime associated with lathe cutting tool and insert setups or changeovers. This product is a game-changer for the industry and we're pleased to show you why.Read More »