Search results for "Kaman Measuring "
High Precision Reference & Transmission Flats
Working with high-stability materials such as glass, Zerodur and silica - Optical Surfaces Ltd. has established itself as a premier supplier of high precision reference and transmission flats to many leading research organisations and national standards laboratories worldwide.
Reference flats for measuring surface accuracy or transmitted wavefront
Working with high-stability materials such as glass, Zerodur and silica, Optical Surfaces Ltd. is today recognised as a premier supplier of high precision reference flats by many leading research establishments and national standards laboratories.
Versatile Machining Centre For Very Large Workpieces
Top accuracy and high dynamic performance are claimed for a new moving-crossrail, vertical-spindle machining centre called MEGAMILL from DS Technology. Despite the machine’s large size, characterised by a choice of ten X-axis travels from 7.5 to 30 metres and a Y-axis of either 4 or 5 metres, linear rapid traverse rates of 30 m/min are achieved.
CMM inspection: “There is no other option to REVO, nothing else comes close”
ANT Industries, a supplier to Rolls-Royce, has cut inspection times on complex parts by up to 83%, using Renishaw’s REVO five-axis measurement system fitted to a Metris CMM.
Measuring With Speed and Precision
A Madrid-based precision engineering business specialising in complex parts for aerospace and defence applications has invested in a Renishaw REVO™ five-axis measuring head and probe system. The change has resulted in a reduction in inspection time by as much as a factor of 5, ensuring quality control and inspection keep up with its high-productivity CNC machine tools.
Renishaw to address manufacturing’s need for process control at IMTEX 2011
At the IMTEX exhibition taking place in Bangalore, India, from 20th to 26th January 2011, Renishaw will highlight a range of process control solutions that help tackle the increasing drive to lean manufacturing, from new technologies for pre-process machine calibration, to on-line and off-line post-process measurement.
Renishaw announces more new products for EMO Hannover 2011
Renishaw, the global engineering technologies company, is announcing more new products that will be demonstrated at the EMO Hannover exhibition taking place in Germany, from 19th - 24th September. These include touch probes and software systems that will aid process control on CNC machine tools and a new surface finish measurement probe for co-ordinate measuring machines (CMMs).
LinACE absolute InAxis linear shaft encoders
LinACE is a heavy-duty absolute linear encoder that is designed for integration into hydraulic, pneumatic and electromechanical actuators as a feedback element for position or velocity. The system has an accuracy of ±5 µm and users can achieve full closed-loop control, significantly improving safety and performance. LinACE is a completely novel approach to linear position feedback which is designed and manufactured by Renishaw’s associate com...
Tilt Sensor from Analog Devices is 100 Times Smaller Than Available Solutions
Analog Devices has introduced a highly integrated, dual-axis inclinometer that makes accurate, easy-to-use tilt sensing an affordable and accessible option for industrial equipment manufacturers. The ADIS16209 programmable, dual-mode inclinometer sensor is suited to a diverse set of industrial applications that require inclination changes to be measured, including surveying equipment, factory machine tools, satellite antenna stabilisation systems...
LASER World of PHOTONICS 2011 – Will focus on applications
Industry marketplace, think tank, knowledge forum, solution provider, source of momentum, networking – LASER World of PHOTONICS satisfies all these entirely different claims. Applications are the common denominator and are dealt with throughout the trade fair and the Congress. Optical technologies will become the focus of attention at the world’s leading trade fair and the World of Photonics Congress, which will be held one month earlier than...