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Handbook of Measurement Science
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Dynamic graphics help shop floor programmers Philips CNC 3480 two-axis lathe controls allow fast, accurate programming by the operator on the shop floor. Major new feature is the combination of static and dynamic graphics. The operator can use the
points, collides with the worl
Optical transmissionsystem for remote mounted probes
dynamic graphics facility to test and alter his program without risk. A simulation of the turning process is shown on the video console as tool shapes which cut light, moving along the programmed path, and leaving the final contour on the screen. If the tool, represented by four collision check
Renishaw probes can be used in applications where the gap between the probe assembly and the machine structure is required to vary, by means of an optical transmission system recently developed. Designed for use on boring machines, machining centres or vertical turning lathes, this system consists of two optical modules, one of which is mounted on the machine itself and the other on the probe assembly. When the probe is inserted into the machine spindle, an optical signal is transmitted across the gap between the two modules. The transmission
Capability of the Pegard cnc dual spindle facing head system has been extended by incorporating an nc facing slide and automatic tool changing for both working spindle and facing slide. The full cnc facing head permits the machining of complex conical or spherical forms in a single setting and is claimed to reduce production time considerably. P~gard SA, Avenue Reine Elisabeth 59, B-5220 Andenne, Belgium.
PRECISION ENGINEERING
range is from 10 mm to 2 m. The optical signal is immune to radio interference and Renishaw have incorporated a failsafe system to warn of battery failure, optical link obstructions and transmission interference. The battery powering the system is re-chargeable and is switched off automatically when the probe is on standby for longer than 2 minutes. For flexibility, the probe mounted module is adjustable 50 mm radially; for applications requiring probe rotation, transmission systems enabling the probe to be orientated at any angle should be available soon. Renishaw Electrical Ltd, Gloucester Street, Wotton-under-Edge, Gloucestershire GL12 7DN, UK
Human factors in manufacturing Automating the manufacturing process has been described as the second industrial revolution. Certainly the effects of current manufacturing developments can be dramatic as the workforce, including managers, learn how to live with the new technologies. Some of the problems that have arisen were hinted at in an editorial in the last issue of this journal. Now, a conference has been launched which is specifically concerned with "Human factors in manufacturing". In the publicity which accompanied the launch we were all accused: "In the rush to introduce and implement automated production methods there has been an almost universal disregard for the human factors involved. Industry, government, the press have all been equally guilty of neglecting this vital element, of failing to recognize the widespread socio-economic consequences automation entails". According to the organizers, this conference -- to be held in London, UK, on 3 - 5 April 1984 - will provide all of you (us?) with the opportunity to air your views on any aspect of the subject covered by the "umbrella" title. Potential authors are invited to submit 100 word abstracts, in English, by 7 October 1983. Further information can be obtained from the Conference Director at the address below. H U M A N - l , I FS (Conferences) Ltd, 3 5 - 3 9 High Street, Kempston, Bedford, M K42 7BT, U K
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Dynamic graphics help shop floor programmers Philips CNC 3480 two-axis lathe controls allow fast, accurate programming by the operator on the shop floor. Major new feature is the combination of static and dynamic graphics. The operator can use the
points, collides with the worl
Optical transmissionsystem for remote mounted probes
dynamic graphics facility to test and alter his program without risk. A simulation of the turning process is shown on the video console as tool shapes which cut light, moving along the programmed path, and leaving the final contour on the screen. If the tool, represented by four collision check
Renishaw probes can be used in applications where the gap between the probe assembly and the machine structure is required to vary, by means of an optical transmission system recently developed. Designed for use on boring machines, machining centres or vertical turning lathes, this system consists of two optical modules, one of which is mounted on the machine itself and the other on the probe assembly. When the probe is inserted into the machine spindle, an optical signal is transmitted across the gap between the two modules. The transmission
Capability of the Pegard cnc dual spindle facing head system has been extended by incorporating an nc facing slide and automatic tool changing for both working spindle and facing slide. The full cnc facing head permits the machining of complex conical or spherical forms in a single setting and is claimed to reduce production time considerably. P~gard SA, Avenue Reine Elisabeth 59, B-5220 Andenne, Belgium.
PRECISION ENGINEERING
range is from 10 mm to 2 m. The optical signal is immune to radio interference and Renishaw have incorporated a failsafe system to warn of battery failure, optical link obstructions and transmission interference. The battery powering the system is re-chargeable and is switched off automatically when the probe is on standby for longer than 2 minutes. For flexibility, the probe mounted module is adjustable 50 mm radially; for applications requiring probe rotation, transmission systems enabling the probe to be orientated at any angle should be available soon. Renishaw Electrical Ltd, Gloucester Street, Wotton-under-Edge, Gloucestershire GL12 7DN, UK
Human factors in manufacturing Automating the manufacturing process has been described as the second industrial revolution. Certainly the effects of current manufacturing developments can be dramatic as the workforce, including managers, learn how to live with the new technologies. Some of the problems that have arisen were hinted at in an editorial in the last issue of this journal. Now, a conference has been launched which is specifically concerned with "Human factors in manufacturing". In the publicity which accompanied the launch we were all accused: "In the rush to introduce and implement automated production methods there has been an almost universal disregard for the human factors involved. Industry, government, the press have all been equally guilty of neglecting this vital element, of failing to recognize the widespread socio-economic consequences automation entails". According to the organizers, this conference -- to be held in London, UK, on 3 - 5 April 1984 - will provide all of you (us?) with the opportunity to air your views on any aspect of the subject covered by the "umbrella" title. Potential authors are invited to submit 100 word abstracts, in English, by 7 October 1983. Further information can be obtained from the Conference Director at the address below. H U M A N - l , I FS (Conferences) Ltd, 3 5 - 3 9 High Street, Kempston, Bedford, M K42 7BT, U K
141