7) Tool Geometry || Rake angle ~ Cutting edge angle ~ Relief angle || Hindi || Simple

author Engineer Ashish   1 мес. назад

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Like us on fB, instagram & twitter: links right down here MY OFFICIAL Website : https://www.mechanicalguru.in/ Hello dosto mera name h Ankit Ras aur le k aaya hu appk lia Mechanical Guru ka ek aur latest episode aur ajj hum baat karenge ; contents : CUTTING TOOL TERMINOLOGY ~ Terminology of single point cutting tool Single point cutting tool terminology and angles Back rake angle Side rake angle End relief angle Side relief angle End cutting edge angle Side cutting edge angle Explained in hindi in details with examples Mujhe ummed h appko Mechanical Guru ka yeh episode pasand aaya hoga aur pasand aaye toh mere video ko like , share aur subscribe jarrur karren kyuki m appk lia roj aisehi acchi videos le k aata rehta hu. Jai javan , jai kissan Subscribe: https://www.youtube.com/channel/UC8NUVyWPZhRVNtU67c86kEg?sub_confirmation=1 Youtube: https://www.youtube.com/c/MechanicalGuru Like us on fb : https://www.facebook.com/MECHANICALGURUYOUTUBE/ Like us on instagram : https://www.instagram.com/ankit.mechanicalguru/ Like us on twitter : https://twitter.com/mechanical_guru

Amazing Carpenters Techniques Extreme Fastest Woodworking Creative Style - Wooden Lathe Complete

Amazing Carpenters Techniques Extreme Fastest Woodworking Creative Style - Wooden Lathe Complete Thanks for watching, subscribe & share! ► All things for you: https://goo.gl/32CC43 ► Subscribe to channel: https://goo.gl/5aOHWB

How to Select the Proper Cutting Tool for Lathe Operations - Basic Tutorial - SMITHY GRANITE 3-in-1

This Video Will Show the Viewer How to Select the Proper Cutting Tool for Lathe Operations - Basic Tutorial - SMITHY GRANITE 3-in-1 Helpful Quote from Video Transcript: "The selection of a cutting tool is probably the most important decision a machinist can make. We are going to cover some of the basics, but I urge everyone who intends to use the lathe, to learn as much about cutting tools as possible. They are the key to the quality of your work. Lathe tools are made from many different types of materials, in many sizes and styles. The three types we are using today are, from the left, high-speed steel tools, carbide-tipped tools, and on the right, carbide-insert tools." _________________________ Check out the Smithy Industries Youtube Channel to view other videos about machine tool operation, set up and maintenance. Subscribe to receive notification of new machining videos from Smithy. _________________________ Dave Weiss worked as the Service Manager at Smithy for over 20 years. Dave is now retired, but he still maintains his status as "The World"s Expert on Bench Top Machine Metal Tools". He is coming into the shop a couple days a week to put his experience on video. That way you'll have it for your help and assistance as a Smithy Owner. Subscribe to keep getting updates from Dave; ________________________ The machine that Dave is using for demonstration purposes is the Granite MAX 1324. This lathe-mill-drill combo machine sets the standard for premium quality bench top machine tools. Putting a combination machine tool in your shop allows you to have the capabilities of a small machine shop without sacrificing too much floor space. The Granite 3-in-1 “big machine” features and premium quality is comparable to other larger, more expensive machine tools. PLUS, you'll have three machines in one. Nearly 30,000 Smithy machines are working hard every day in shops across North America. This fact let's you know that Smithy machines do set the standard for quality. ______________________ Smithy website homepage: www.smithy.com Granite Lathe Mill Drill Product page: https://smithy.com/granite-3-in-1 Please call us at 800-476-4849 to discuss your application needs E-mail: info@smithy.com Remember to like and subscribe. ______________________ Granite - Quality, Precision, and Reliability Are Built-In. Premium Bench Top Machine Tool America's #1 - for over 25 years. PRECISION: Compares to more expensive tools. BALANCE: Easy change over for different operations. FEATURES: Pro features help you work faster. MASS: Heavy castings add more precision. RELIABILITY: Designed and built for a lifetime of work. _______________________ As Close As You’ll Get to American Made 1) US Developed and Designed: The Granite Machine was designed by our engineers in Ann Arbor, Michigan based on machine user requests. 2) Precision is far higher than other 3-in-1 knock-offs: All components are machined to tighter specs, bearings are much higher grade, and the basic design is initially higher precision. 3) Higher Quality Production: Smithy employees oversee the production and quality control process at our sister factory of more than 25 years. No other seller can make that claim. 4) Superior Features: No machine out there can match the speed and accuracy with which you can accomplish your machining tasks on a Granite machine. Other 3-in-1 combo tools on the market are NOT EVEN in the same category for quality as the Smithy line of machine tools. ________________________ More from the Video Transcript: "High-speed steel tools can be used on many turning operations, on all but the toughest alloys. The tools are sold as blanks in many sizes and grades. The machinist grinds the point of the tool depending on the type of metal he is cutting and the type of turning operation he intends to do. A good machinist's handbook will give you the standard guidelines for grinding high-speed steel tools. " "The cutting edge of a carbide-tipped tool is brazed to the end of a steel shank. The shape of the cutting edge, it's profile and cutting angles, are manufactured into the tool. A little cleanup on a green wheel, a silicone carbide grinding wheel, and the tool is ready to go. Cemented carbide will handle much more heat than high-speed steel, so carbide tools are able to cut tougher metals, and cut at higher speeds." "Cemented carbide is also used to make small inserts that are clamped to a tool shank. This style insert is manufactured with a cutting edge on each of its three sides. After an edge is dulled, the insert can be unclamped and rotated to the next side. After all the edges are dulled, the insert is thrown away and replaced by a new one. Although this type of cutting tool was designed for the demands of the high production work, it's really a great tool for the beginner because it allows even the person with little or no tool sharpening experience the ability to easily maintain a properly formed, sharp tool. "

Cutting Tool Signature, Nomenclature, Designation, Geometry - Animation

Cutting Tool, its various Parts, Tool Nomenclature, Tool Signature, Tool Geometry, Tool Designation Tool Geometry is defined as the combination of 7 values (6 angles and a radius) in a specific order that helps us determine the type of tool being used. In other words, it specifies the tool, so it is also called Tool Signature. Orthogonal Rake System (ORS) clearly explained in short with Inclination Angle, Clearance Angles, Rake Angle, Approach Angles. This system is based on the cutting edge of the tool. Another popular system of Tool Nomenclature is the ASA system (American Standards Association). This system is based on the longitudinal feed direction, that is the X and the Y axes. Check out my video on ASA System : https://youtu.be/13IXsJN_y3k This has been explained extensively in this video through a 3D CAD model created in SolidWorks, using different planes, views, and sections. Please support by subscribing, liking and sharing the video. Please comment about any shortcomings, improvements or requested topics.

Kavitha Godihal

"Significance of single point cutting tool geometry"

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In this video, I've discussed the cutting tool Geometry or nomenclature of cutting tool. I've discussed it with the help of 7 seven standards, according to ASA :
Back rake angle, side rake angle, end Relief angle, side Relief angle, end cutting edge, side cutting edge.
Besides this, I've also discussed the tools shank, face , flank etc.
The language used for Explanation is Hindi/Urdu.

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