Single Point Diamond Dressers, Blade Type Diamond Dressers, Multipoint Diamond Dressing Tools, Impregnated Tools, Diaform chisel Tools, Matrix Chisel Tools
• Products •
   
Single Point Diamond Dressers


• SINGLE POINT DIAMOND DRESSERS

The Single Point Diamond Dresser is more versatile which is used for truing and dressing purpose of grinding wheel. The diamond for the single point dressing tools are selected for their structural strength, degree of sharpness, & lack of determental flaws. The proper selection of single point diamond dresser depends on the dimension of grind hardness. grit size and abressive type. JPT offers 'A', 'AA' 'AAA' class which will fulfill basic requirement.
 
   
Multi Point Diamond Dressers

• MULTI POINT DIAMOND DRESSERS

a) Cluster Type Diamond Dresser

In this type the diamonds which are used consist of good crystal character These tools are replace large single point. The cluster consists of 3,5,7,9,13 or 17 small diamond set in variety of pattern for larger or courser and harder wheels. More than one diamond comes in contact with wheel & the load gets divided, This is the main advantage.
b] Multi Point indexable crown type diamond dressers

'JPT' offers EM - 24 with 24 diamonds & EM 36 with 36 diamonds. The diamonds which are used consist of good crystal character sintered into the special wear resistant bond. The diamonds are set in circular crown at right angle to the operating plane. They are used for larger wheels cylindrical & centreless grinders where fine truing is considered.
   
   
Impregnated Dressers

• IMPREGNATED DRESSERS

'JPT' Brand Of Impregnated Dressers are mainly for fine grinding, i.e. on the screw thread gear,  thread gear teeth & profile grinding machines. ball grinding plant, tool grinder and plane grinding machines. Because of grit impregnated dresser the effective roughness of the wheel is restored. These tools require no maintenance. The dressing of acute angled wheel profile presets no problems. It is more economical because of their low initial cost and their resistance to shock and impact which prevents shattering.