The Ultimate Metal Cutting & Grinding Products ®.

Slides:



Advertisements
Similar presentations
Personal Protective Equipment (PPE)
Advertisements

Ceramics Ceramics are: inorganic, nonmetallic, solids, crystalline, amorphous (e.g. glass). Hard, brittle, stable to high temperatures, less dense than.
GRINDING AND OTHER ABRASIVE PROCESSES Chapter 25
METALS Learning Objectives: What is METAL?
Classification of Matter
Machining Precise material removal to bring a part to specified size Automotive machining examples Boring cylinders Honing cylinders Grinding cranks and.
Metal Grinding.
Portable Grinders Stationary Grinders
Grinding. - An abrasive machining process that uses grinding wheel as the cutting tool -Hand-cranked knife-sharpening stones (grindstone) -Handheld.
INDUSTRIAL PRODUCTS Revolutionary Bond Technology Norton Vitrium 3 Sales Guide - North America.
Pedestal Grinders and Other Off-Hand Grinders Session 6.
METALS What is METAL? Different Types of Metals – Ferrous, Non-Ferrous, Alloys Main focus of Ferrous Metals Properties of Metals Characteristics of Ferrous.
Ceramics Safety The importance of working safely and Studio Cleanup.
© 2012 Su-Jin Kim GNU Grinding, EDM Manufacturing Processes Grinding( 연삭 ), EDM Grinding( 연삭 ), EDM( 방전 ) Associate Professor Su-Jin KimSu-Jin Kim School.
Ken YoussefiSJSU, ME dept. 1 Material Selection Function MaterialShape Process Material selection and process cannot be separated from the shape and the.
There are two types of waterjet cutting
Mechanical Methods of Material Removal
| Vigyan Ashram | INDUSA PTI |1 Vigyan Ashram (A center of Indian Institute Of Education) At. Post Pabal Dist. Pune
Chip-Type Machining Processes
Dimensional Elements Eng. Moises Castro Flores. Metals We call metals to each of the chemical elements that conduct heat and electricity, with a characteristic.
Grid Size 3,175 Size 6,35 Sandvik Mining and Construction Narrator :- This is a powerpoint presentation to show the various applications that the Sandvik.
Pedestal Grinder Objectives 1)Identify the major parts of a pedestal grinder with 80% accuracy. 2)Identify appropriate use of a pedestal grinder and its.
Selection Criteria Properties Availability Cost Manufacturability
Ceramics Mixture of metallic and non-metallic elements (clay products). Traditional: whiteware, tiles, brick, sewer pipe, pottery, and abrasive wheels.
Design For Engineering Materials Science 2006 Greg Heitkamp This material is based upon work supported by the National Science Foundation under Grant No.
Laser Beam Machining Done By: Murad.
Types of Material IE 351 Lecture 3.
Processes Used to Separate Metallic Materials
Selection Criteria Properties Availability Cost Manufacturability
1 Material Science Ceramics. 2 Introduction to ceramics Ceramics are inorganic, non ‑ metallic materials, which are processed and may be used at high.
WHAT ARE METALS Learning Objectives: Defining METAL?
Universal College Of Engineering & Technology
For each of the 7 “High Performance Materials” you need to know:
Properties of Matter, Changes in Matter, and Mixtures of Matter Notes.
Grinding. Types of Grinding (Just a few types) Surface Centerless Internal.
Grinding is a process which utilizes the use of abrasive particles bounded together to produce superior surface finishing An abrasive: is a small, nonmetallic.
Steel Stainless Steel Cast Iron Copper/Brass Aluminum
Under the guidance of Assistant Prof. M. P. Gururajan Presented by Karan Oberoi (2008AMD3101) Applied Mechanics Department IIT Delhi.
IMS ENGINEERING COLLEGE
MANUFACTURING SCIENCE - II
Manufacturing Science
Dr. Owen Clarkin School of Mechanical & Manufacturing Engineering Summary of Material Science Chapter 1: Science of Materials Chapter 2: Properties of.
Knoop Hardness for Various Materials
EBB440 Applied Metallurgy Abrasive Machining.
Abrasive Machining General Manufacturing Processes Engr Instructor - Sam Chiappone.
PREPARED BY: AKASH CHAUDHARY III YEAR, MECHANICAL ENGINEERING ROLL NO:
Subject Name: Manufacturing Process
DESIGN AND DEVELOPMENT OF GRINDING ATTACHMENT ON LATHE MACHINE
Abrasive and polishing material
Bonded Abrasives: Part 2
SNS COLLEGE OF ENGINEERING, COIMBATORE
Abrasive Grinding See page 539 in text
Manufacturing Process 1 Abrasive Machining Prepared By : Joshi Shubham H. ( ) GUIDED BY: PROF V N BADRAKIA SIR Presentation slide for courses,
Grinding Grinding is a process which utilizes the use of abrasive particles bounded together to produce superior surface finishing An abrasive: is a small,
ABRASIVES and ABRASIVE CUTTING
Level 1 – Flat [Ground].
Abrasive cut-off machine (Cutter)
(presented to the FRW club May 2017)
Pedestal Grinders and Other Off-Hand Grinders
MDC Mungo Diamond Cut MDG Mungo Diamond Grind
Unit 4 Lathe Machine.
Watch «HOW IT’S MADE» (youtube)!!!
Basic principles of broaching
Manufacturing Processes
Machining Processes: Cutting
Ceramic introduction.
GRINDING AND OTHER ABRASIVE PROCESSES
CERAMICS Structure and Properties of Ceramics Traditional Ceramics
PDT 153 Materials Structure And Properties
Metal-grinding. Grinding is one of the material removal processes by making relative motion in between work piece and abrasive surface Horizontal-spindle.
Presentation transcript:

The Ultimate Metal Cutting & Grinding Products ®

DiamondX …  Is a revolutionary new generation of tools for the metal-working industry.  Utilizes a unique technology that allows a high concentration of diamonds to be solidly bonded to a steel surface for cutting and grinding metal.  Provides tool life many times longer than standard abrasives such as aluminum oxide, zirconia alumina, ceramic, or silicon carbide.  Tool designs are developed with abrasive industry experts at Edmar playing a leading role in development of application specific tools.

Cost Efficiency  Long Tool Life  ranging from 25 to 60 abrasives depending on the application  Less Down Time  no need to change worn or chipped abrasive wheels.  Versatility  One DiamondX® tool will cut or grind a wide variety of metals. No need to change between different abrasive wheels  Cut or grind stainless, other ferrous metals, alloys, or hardfacing.  Longer Power Tool Life  no abrasive debris and dust extends life of electric grinders

Productivity  Reduced Vibration  Operators will notice a big difference when using the DiamondX® vs. abrasive wheels on portable tools  No Wheel Wear  DiamondX® size and shape does not change throughout its tool life so the operator does not need to adjust his work like with abrasive wheels.  Contamination  Sulfur, chlorine, and iron do not exist in the matrix of the DiamondX® tool.  DiamondX® is not affected by exposure to water.  This is not true of abrasive wheels and cup stones where water will alter the bond characteristics and hardness.

Safety  Greatly reduced sparks and heat when grinding.  modestly reduced sparks when cutting.  Greatly reduced risk of respiratory and eye irritation.  abrasives produce a high volume of dust and debris but with DiamondX®, the only debris remaining is from the metal material being worked.  Odor is minimal.  unlike abrasive wheels which emit odors from woven fiberglass, phenolic resin, sulfur and other hazardous components.  Will not break or shatter, even if exposed to water.  like reinforced abrasive wheels and cup stones.

DiamondX for Metal