Product News: Sensors, Monitors & Transducers
Laser Line Sensors boost productivity, enable reverse engineering.
Press Release Summary:
July 7, 2014 - Available with stripe widths of 25, 50, and 100 mm, LineScan sensors improve inspection productivity and enable reverse engineering of complex products on CONTURA, ACCURA II, and PRISMO CMMs. Sensors scan workpieces at rates up to 700,000 points/sec, with measurement precision figure of merit (MPE(PF) as low as 12 µm, and store point cloud information in CMM host computer. Resolution is 1,280 points/line, and extra controller is not required.
Original Press Release
New Laser Line Sensors Improve Productivity, Enable Reverse Engineering
Press release date: June 24, 2014
ZEISS LineScan laser line sensor
Inspection productivity is improved by scanning workpieces at rates of up 700,000 points/second, with a measurement precision figure of merit (MPE(PF) as defined by ISO-10360-2) as low as 12 um, and storing point cloud information in the CMM host computer. With resolution of 1280 points/line and no need for an extra controller, the new LineScan sensors utilize a 658 nm wavelength visible red light source. Each unit is IP54 certified to protect from dust and water.
The new LineScan sensors are immediately available with the new ZEISS CONTURA, ACCURA II and PRISMO CMMs using the ZEISS RDS probe system and CALYPSO 2014 software. These sensors can also be retrofit to select ZEISS CMMs in the field.
Applications include inspection of car bodies, tools for molds, construction and design tools, as well as reverse engineering of contact-sensitive or finely structured surfaces. Reverse engineering is the process for creating a 3D computer model from a solid object so that additional prototypes can then be made from the model.
The new LineScan sensors further expand the industry-leading selection of active scanning, passive scanning, camera, line scan and optical triangulation sensors available on ZEISS CMM systems.
ZEISS Industrial Metrology