Open Access Open Access  Restricted Access Subscription Access
Open Access Open Access Open Access  Restricted Access Restricted Access Subscription Access

State of the Art Laser Dressing System for Super Abrasive Grinding Wheels


Affiliations
1 Central Manufacturing Technology Institute, Bangalore, India
     

   Subscribe/Renew Journal


Conventional dressing methods available commercially are single point and roller dressers. Dressing is essentially a sharpening operation designated to generate a specific topography on the working surface of the grinding wheel. These techniques have seldom been satisfactory for super abrasive wheels. There are problems of high dresser wear, insufficient grain protrusion, improper generation of profiles, stresses being induced into wheels, time consuming, shortcomings of loading induced deformation&shape distortion and very low dressing efficiencies. Numerous works have been published on the feasibility of laser dressing of grinding wheels till now. Based on the reports and research works, the present effort has been to actualize the same conditions of laser dressing in actual high speed grinding conditions. The work presents a favourable and opportune environment for the technology of laser dressing to shape into reality.

Keywords

Superabrasive, Grinding Wheel Dressing and Pulsed Fiber Laser.
User
Subscription Login to verify subscription
Notifications
Font Size

Abstract Views: 216

PDF Views: 2




  • State of the Art Laser Dressing System for Super Abrasive Grinding Wheels

Abstract Views: 216  |  PDF Views: 2

Authors

M. Chellamalai
Central Manufacturing Technology Institute, Bangalore, India
Ali Maruf Hassan
Central Manufacturing Technology Institute, Bangalore, India
G. Ugrasen
Central Manufacturing Technology Institute, Bangalore, India
P. V. Shashi Kumar
Central Manufacturing Technology Institute, Bangalore, India

Abstract


Conventional dressing methods available commercially are single point and roller dressers. Dressing is essentially a sharpening operation designated to generate a specific topography on the working surface of the grinding wheel. These techniques have seldom been satisfactory for super abrasive wheels. There are problems of high dresser wear, insufficient grain protrusion, improper generation of profiles, stresses being induced into wheels, time consuming, shortcomings of loading induced deformation&shape distortion and very low dressing efficiencies. Numerous works have been published on the feasibility of laser dressing of grinding wheels till now. Based on the reports and research works, the present effort has been to actualize the same conditions of laser dressing in actual high speed grinding conditions. The work presents a favourable and opportune environment for the technology of laser dressing to shape into reality.

Keywords


Superabrasive, Grinding Wheel Dressing and Pulsed Fiber Laser.