The new KEYENCE TM-3000 2D Optical Micrometer introduces significant technological advancements to 100% automated high-speed, in-line or off-line measurement and inspection applications. The TM-3000 ...

Sampling targets at a rate of 2400 samples/s with a resolution of 0.01 µm and repeatability of ±0.06 µm, the LS-7010 optical micrometer delivers two times the speed and accuracy of conventional ...

The LS-7010 optical micrometer system performs high-speed measurements on moving targets in fast production and assembly lines. Resolution is 0.01 m with repeatability of ± 0.06 m. Samples are ...

Product overview:The LS-9000 series optical micrometer sets a new standard for high speed and high precision diameter inspection. With a standard sampling rate of 16,000 Hz, the system is designed to ...

The Optical Micrometer available from Taber Industries is capable of making non-contact measurements on flat or curved surfaces. This portable instrument has a robust housing and easy-to-read vernier ...

Rene Co.'s 8400K Optical Micrometer measure the width of scratches and the vertical depth of surface features. The kit includes a Microm-eter with digital display, three bases for different ...

Optical Precision Micrometers for Restricted Spaces The optoCONTROL 2520-46 (090) and optoCONTROL 2520-95 (270) micrometers provide a receiver with a 90°-rotated lens. The receiver's flat design ...

The SICK OL1 Optical Micrometer is a rugged instrument for integration into small spaces. With a miniature sender and receiver placed up to 300mm apart, it uses light curtain measurement technology, ...

Imaging with an 'optical brush' New imaging system uses an open-ended bundle of optical fibers: No lenses, protective housing needed Date: February 12, 2016 Source: Massachusetts Institute of ...

The current publication presents an MZM only 12.5 micrometers long, which is roughly one tenth the thickness of a hair. It consists of two arms, each of which contains one electro-optical modulator.

(PhysOrg.com) -- Scientists in New York have predicted, observed and experimentally verified a micrometer-scale object being lifted only by a beam of laser light. Optical lifting may be useful for ...