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KEM TOOL INDUSTRY
KEM TOOLS" was established in 1995. Since then it is producing quality gear cutting tools and has been able to achieve a great success in fulfilling the needs of various gear manufacturers. With years of experience, our core values are innovation with continuous improvements. It is our mission to establish our wide presence at every corner of the world and offer quality products at competitive prices. Highly durable, our products are manufactured according to the variegated needs of the industries.
We are specialized in manufacturing various kinds of Gear Hobs, Milling cutters and Gear shapers. KEM TOOLS comprises of trained technical staff, highly skilled and experienced workforce and latest computer technology equipments. We ensure the delivery of products at competitive prices within the committed period of time.
Milling cutters are cutting tools used in milling machines or machining centres..
View moreMilling cutters are cutting tools used in milling machines or machining centres. They remove material by their movement within the machine (eg: a ball nose mill) or directly from the cutters shape (a form tool such as a Hobbing cutter). Side and Face Cutters are supplied from dia 50 mm to 300 mm & width from 5 mm to 50 mm. As per ISS & B85 in M2 & M35 material.Other products include slitting saws and angle cutters. .
A gear shaper is a machine tool for cutting the teeth of internal or external gears.
View moreA gear shaper is a machine tool for cutting the teeth of internal or external gears.
The name shaper relates to the fact that the cutter engages the part on the forward stroke and pulls away from the part on the return stroke, just like the clapper box on a planer shaper.
To cut external teeth, a different machine called a hobbing machine can be used.
The hob has a profile given in cross-section by the fundamental rack for the gear tooth profile
View moreThe machine forms the gear via a generating process by rotating the gear blank and the cutter (called a hob) at the same time with a fixed gearing ratio between hob and blank.
The hob has a profile given in cross-section by the fundamental rack for the gear tooth profile and is in the form of a helix so that the sides of the teeth on the hob generate the curve on the gear.
