DOCSLIB.ORG

Technical Helps TECHNICAL

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Technical Helps TECHNICAL Technical Helps TECHNICAL CONTENTS Troubleshooting Guide - End Mills 230 Troubleshooting Guide - Drills 231 Troubleshooting Guide - Reamers 232 Tool Coating Types 233 Carbon Fiber Options 234 Formulas 235 SFM/RPM Conversion Charts 236 General Milling Guide - fractional 237 High Performance Milling Guide - fractional 238 General Milling Guide - metric 239 High Performance Milling Guide - metric 240 Alumastar Coated Milling Application Guide 241 VRX/VHM Milling Application Guide 242 V4 High Speed Milling Guide - fractional 243 V4 High Speed Milling Guide - metric 244 V5 High Speed Milling Guide - fractional 245 V5 High Speed Milling Guide - metric 246 High Rc Finisher Milling Guide - fractional 247 High Rc Finisher Milling Guide - metric 248 Die Mold Cutter Milling Guide - fractional 249 Die Mold Cutter Milling Guide - metric 250 Diamond Coated Milling Guide 251 Reaming Guide 252 Drill Mills, Chamfering - fractional 253 Drill Mills, Chamfering - metric 254 Drill Mills, Through Hole - fractional 255 Drill Mills, Through Hole - metric 256 Drill Mills, Solids - fractional 257 Drill Mills, Solids - metric 258 Drilling Guide - fractional 259 Drilling Guide - metric 261 High Performance Mini Drills Guide - fractional 263 High Performance Mini Drills Guide - metric 264 High Performance Drilling Guide - fractional 265 High Performance Drilling Guide - metric 266 3-Flute for Aluminum Drilling Guide 267 +1 989-463-6171 fax +1 989-463-3609 229 Troubleshooting for End Mills PROBLEM SUGGESTIONS TECHNICAL Check part rigidity Verify speeds and feeds Chipping Confirm concentricity of end mill in holder Decrease ramp angle or slow down approach Check coolant flow and location Decrease feed rate Decrease axial depth Breakage Use shorter tool or stub holder Resharpen earlier Too light of a cut Leave more stock for finish pass Chattering Decrease axial depth Adjust speeds and feeds Confirm concentricity of end mill in holder Decrease feed rate Part finish Use different style of end mill Check coolant flow and location Check part rigidity Change end mill sooner / too much wear Verify speeds and feeds Burr Increase spindle speed Decrease feed rate Use different style of end mill Check part rigidity Verify speeds and feeds Excessive noise Too light of a cut Confirm concentricity of end mill in holder Work material harder than expected Verify speeds and feeds Tool life Recutting chips Too light of a cut Use different style of end mill Speed too fast Too light of a feed Wear Confirm concentricity of end mill in holder Verify speeds and feeds Verify speeds and feeds Chip welding Check coolant flow and location Use different style of end mill Check coolant flow and location Decrease axial depth Chip packing Adjust speeds and feeds Use different style of end mill Decrease feed rate Decrease axial depth Wall not straight Use shorter tool or stub holder Use different style of end mill ® 230 www.garrtool.com † Metric equivalents are for reference only Troubleshooting for Drills TECHNICAL PROBLEM SUGGESTIONS Reduce feed rate Check part rigidity Constant feed rate Chipping on point Verify speeds and feeds Minimum drill overhang Reduce number of peck cycles Reduce feed rate Confirm concentricity of drill in holder Chipping on O.D. Check coolant flow and location Check part rigidity Reduce feed rate Check your program - is 'R' clearing the part Breakage Check coolant flow and location Check part rigiditiy Increase feed rate Check coolant flow and location Heavy wear on corners Confirm concentricity of drill in holder Check part rigidity Increase feed rate Increase hone relief Long, stringy chips Constant feed rate Increase number of peck cycles Check drill Excessive noise Check part rigidity Check for proper speeds and feeds Lower speeds and feeds Check coolant flow and location Tool life Confirm concentricity of drill in holder Confirm coolant concentration Increase feed rate Hole too small Confirm coolant concentration Confirm drill diameter Reduce feed rate Slow feed rate to start hole Hole too large Increase RPMs Spot hole Increase RPMs by 20% Chip welding Confirm coolant concentration Check coolant flow and location Add a peck cycle to clear chips Increase RPMs Chip packing Reduce feed rate Check coolant flow and location +1 989-463-6171 fax +1 989-463-3609 231 Troubleshooting for Reamers PROBLEM SUGGESTIONS TECHNICAL Check part rigidity Verify speeds and feeds Hole diameter too large Confirm concentricity of reamer in holder Confirm diameter of reamer Check coolant flow and location Leave more stock before reaming Reamer worn Hole diameter too small Check coolant flow and concentration Resharpen earlier Hole was not drilled properly Leave more stock before reaming Hole not straight Confirm concentricity of reamer in holder Check part rigidity Reamer worn Verify speeds and feeds Part finish Confirm concentricity of reamer in holder Check coolant flow and location Check part rigidity Work material harder than expected Verify speeds and feeds Tool life Not evacuating chips properly Too light of a cut Speed too fast Too light of a feed Wear Confirm concentricity of reamer in holder Check coolant flow, location, and concentration Verify speeds and feeds Not evacuating Check coolant flow, location, and concentration Reamer worn Access an assortment of ‘fill-in-the-blank’ prints from our website to aid in the quoting of specials www.garrtool.com ® 232 www.garrtool.com Tool Coatings TECHNICAL General purpose coating - low heat resistance. Good lubricity. TiN (Titanium Nitride) Good abrasion resistance. Recommended for aluminum, brass and bronze applications. Low heat resistance - good lubricity. TiCN (Titanium Carbonitride) Multi-layer coating with good thermal stability for increased speeds and feeds. For semi-dry to dry cutting of most steels, high-nickel alloys, stainless steel and cast iron. Excellent heat TiALN - Balinit® FUTURA resistance, good lubricity. For materials that are 40Rc and under. (Titanium Aluminum Nitride) A single-layer coating whose hardness, oxidation resistance and thermal stability were optimized for material hardness above 52 HRC and high-speed machining of materials that are difficult to work (titanium alloys, Inconel). Competes with ALTiN. Balinit® X.CEED A thin film coating with a low affinity for aluminum, ideal for machining aluminum alloys. The resistance to adhesion of aluminum allows higher speeds or feeds. Coating thickness is intentionally kept lower in order to maintain a sharp edge. ALUMASTAR® (Titanium Diboride - TiB2) Improved productivity in composites and non-ferrous metals. Excellent choice for cutting graphite, fiberglass, and silicon-based aluminum. Can be added to a special for milling or drilling CRYSTALLINE DIAMOND applications. (CVD) Aluminum Chromium-based coatings have excellent wear resistance, thermal shock stability, and hot hardness. Well suited for Titanium, Inconel, and carbon fiber. Balinit® AlCrN-based Multi-layer coating with thermal stability and lubricating properties needed for the drilling of steels, high-nickel alloys, stainless steel, cast iron, aluminum, brass, and bronze. Excellent Balinit® HARDLUBE heat resistance, great lubricity. G6 Generation coating. Greater abrasion resistance, extra shear strength, lower adhesion tendency, maximum toughness and a very smooth surface achieve a quantum leap in drilling ® performance. This coating is particularly advantageous for Balinit HELICA carbide drills. Helica is part of the AlCrN-based coatings. +1 989-463-6171 fax +1 989-463-3609 233 Carbon Fiber Options TECHNICAL Solid micrograin carbide tested for milling of carbon fiber and glass-filled composites Solid micrograin carbide tested for drilling of carbon fiber and glass-filled composites There are many challenges to machining composite materials. Keeping the material from delaminating is key. Our tools Having a quality dust collection system helps prolong tool life and quality of parts have higher rake angles and combinations of left hand and/or right hand spirals to help eliminate 'fraying' of the laminate. 'Clamping' of part to table can cause stress fractures in material Please specify what type of end cut your job requires (i.e. - no end cut, burr type, end mill type, or drill point) These are non-stock specials - uncoated tools built to order in two weeks Having a quality dust collection system helps prolong tool life and quality of parts 'Clamping' of part to table can cause stress fractures in material Please specify what coating, if any, your job requires: - Polycrystalline Diamond (increases tool life up to 20x of an uncoated carbide mill) SERIES 740 - DAGGER - Amorphous Diamond / DLC (increases tool life up to 10x of an uncoated carbide mill) For enlarging existing holes in skin panels, but can drill from solid - Alcrona Coated (increases tool life up to 5x of an uncoated carbide mill) For near reamer finishes in carbon and glass fiber materials - TiCN Coated (increases tool life up to 3x of an uncoated carbide mill) Coatings of choice for this series are polycrystalline diamond and amorphous diamond These are non-stock specials - uncoated tools built to order in two weeks SERIES 780 - 8-FACET POINT (NON-COOLANT FED) SERIES 700 - FIBERGLASS ROUTER Double angle drill point geometry reduces cutting forces to For cutting glass-filled epoxies End cut examples eliminate exit burrs Works well in carbon fiber especially when the honeycomb core is either titanium or aluminum Works in glass-filled epoxy, harder plastics, softer steels, Burr Drill CFRP (Carbon Fiber Reinforced Plastic), and
Load more

Recommended publications
  • SYLLABUS MCHN 2403 Fund of CNC Machine Controls 15 SP
    Department: Machining / Industrial Machinist Technology Course Title: Fundamentals of Computer Numerical Controlled (CNC) Machine Controls Section Name: MCHN 2403 - F50C Semester: Spring 2015 Time: F50C - MW 06:30 PM - 10:20 PM Classroom: Sedate Hall 142 Instructor: Carey Taylor Email: [email protected] Office: Sedate Hall 142B Phone: 432-335-6475 Office Hours: As Posted Course Description: MCHN 2403 Fundamentals of Computer Numerical Controlled (CNC) Machine Controls (48.0501) (2-6) 4 hours: The student is introduces to programming, setup & safe operation Computer Numerically Controlled (CNC) machine shop equipment. The student will learning manufacturing terminology, theory, math and metrology as applied to CNC machining. Continued emphasis is placed on shop & machine, housekeeping, preventative maintenance as well as proper use and care of hand tools, layout tools, semi-precision & precision measuring tools. End-of-Course Outcomes: Demonstrate operations of CNC machine controls; compare and contrast the differences between conventional and CNC machines; utilize CNC machine applications for machining operations. Lab fee required. (ICOs 1, 2, 3, 4, 5) Prerequisite: MCHN 1438 or consent of department chair. Required Text Book: 1st edition 2nd edition ISBN-13: 978-1-4354-4767-7 ISBN-13: 978-1-2854-4454-3 ISBN-10: 1-4354-4767-7-0 ISNB-10: 1-2854-4454-X Required Equipment: 1. Clear Safety Glasses (Instructor will issue 1st pair) 2. 3 Ring Binder, Notebook Paper & Graph Paper, Pencils, and Pens (OC Bookstore has these items) All students must have required Text Book & Supplies by the 3rd class or arrangements made with Instructor. After the 3rd class! All students must have required Text Book & Supplies by the 3rd class or arrangements made with Instructor.
    [Show full text]
  • Computer-Aided Manufacturing
    Computer-Aided Manufacturing Level I Standards 2 Table of Contents Acknowledgements ................................................................................................................ 5 Introduction to Computer-Aided Manufacturing Standards – Level I ............................. 7 Duty Titles................................................................................................................................ 9 Duty Area 1: Job Preparation .............................................................................................. 10 Duty Title 1.1: Process Planning – Milling ................................................................................. 10 Duty Title 1.2: Process Planning – Turning ............................................................................... 11 Duty Area 2: Modeling .......................................................................................................... 12 Duty Title 2.1: 2D Sketching and 3D Modeling – Milling ......................................................... 12 Duty Title 2.2: 2D Sketching and 3D Modeling – Turning ....................................................... 13 Duty Area 3: Toolpath Generation ..................................................................................... 14 Duty Title 3.1: 2D - Milling ........................................................................................................... 14 Duty Title 3.2: 2D - Turning ........................................................................................................
    [Show full text]
  • Cnc Machining Usinage Cnc
    CONTEST DESCRIPTION / DESCRIPTION DE CONCOURS CNC MACHINING USINAGE CNC POST - SECONDARY / NIVEAU POSTSECONDAIRE Table of Contents 1 THE ESSENTIAL SKILLS FOR CAREERS IN THE SKILLED TRADES AND TECHNOLOGY .......................................................................................................... 3 2 CONTEST INTRODUCTION ...................................................................................... 3 3 CONTEST DESCRIPTION ......................................................................................... 4 4 EQUIPMENT, MATERIAL, CLOTHING ..................................................................... 5 5 SAFETY REQUIREMENTS ........................................................................................ 6 6 ASSESSMENT ........................................................................................................... 6 7 CONTEST SPECIFIC RULES .................................................................................... 6 8 ADDITIONAL INFORMATION ................................................................................... 7 9 NATIONAL TECHNICAL COMMITTEE MEMBERS ................................................. 8 SCNC 2020 – Contest Description 06 - CNC Machining (Post-SeconDary) Page 2 of 8 CONEST DESCRIPTION DESCRIPTION DE CONCOURS 1 THE ESSENTIAL SKILLS FOR CAREERS IN THE SKILLED TRADES AND TECHNOLOGY SCC is currently working with Employment anD Social Development CanaDa (ESDC) in order to bring awareness to the importance of Essential Skills that are absolutely crucial for
    [Show full text]
  • SYLLABUS MCHN 2434 Oper
    Department: Machining / Industrial Machinist Technology Course Title: Operation of Computer Numerical Controlled (CNC) Machining Centers Section Name: MCHN 2434 - F50C Semester: Spring 2015 Time: F50C - MW 06:30 PM - 10:20 PM Classroom: Sedate Hall 142 Instructor: Carey Taylor Email: [email protected] Office: Sedate Hall 142B Phone: 432-335-6475 Office Hours: As Posted Course Description: MCHN 2434 Operation of Computer Numerical Controlled (CNC) Machining Centers (48.0501) (2-6) 4 hours: The student will continue the study of CNC controls with an emphasis on machine set up & operations of turning centers and vertical machining centers. The student will continue to study manufacturing terminology, theory, math and metrology. Emphasis will continually be placed on machine and shop safety, good housekeeping, preventative maintenance as well as proper use and care of hand tools, layout tools, semi- precision & precision measuring tools. End-of-Course Outcomes: The Student will set up and operate CNC machining centers; set machine and tool offsets for machining operations; and edit the program as required. Lab fee required. (ICOs 1, 2, 3, 4, 5) Prerequisite: None. Required Text Book: 1st edition 2nd edition ISBN-13: 978-1-4354-4767-7 ISBN-13: 978-1-2854-4454-3 ISBN-10: 1-4354-4767-7-0 ISNB-10: 1-2854-4454-X Required Equipment: 1. Clear Safety Glasses (Instructor will issue 1st pair) 2. 3 Ring Binder, Notebook Paper & Graph Paper, Pencils, and Pens (OC Bookstore has these items) All students must have required Text Book & Supplies by the 3rd class or arrangements made with Instructor. After the 3rd class! All students must have required Text Book & Supplies by the 3rd class or arrangements made with Instructor.
    [Show full text]
  • Feeds and Speeds Tutorial for CNC
    www.cnccookbook.com CNC Feeds and Speeds Tutorial Feeds and Speeds Tutorial for CNC Getting the best possible results from your CNC machine covers a lot of ground. To begin with, there are several different goals we might be trying to optimize for: - Best Material Removal Rates - Maximizing Tool Life - Good surface finish You'll need to decide what your priorities are among these three, as different techniques emphasize each goal and you can't necessarily get great surface finish, maximum material removal rates, and the best tool life all at once. In this series of articles, we'll go through some CNC Cookbook recipes that help you optimize for your goals, whatever they may be. 1 Copyright 2012 by CNCCookbook, Inc. www.cnccookbook.com CNC Feeds and Speeds Tutorial Table of Contents Here are the articles available for maximizing your CNC machining productivity. signifies the most popular articles in each section if you want to skip ahead! Basics Every Machinist Should Know Basic Concepts for Beginners: You gotta start somewhere! Chiploads, Surface Speed, and Other Concepts: Key concepts and terminology. Calculating Feeds and Speeds: How do you calculate your feeds and speeds? (Hint: Use a state of the art Speeds and Feeds Calculator) Toolroom vs Manufacturing Feeds and Speeds: Do you know the difference between toolroom and manufacturing feeds and speeds? Coolant and Chip Clearing: Best practices for coolant and chip clearing on the mill. Intermediate Turning Down the Heat in a Cut: Reducing heat prolongs tool life. Dry Machining: Yes, you can machine without flood coolant. Often, it's even better.
    [Show full text]
  • Cnc Machining Usinage Cnc Post - Secondary / Niveau Postsecondaire
    CONTEST DESCRIPTION / DESCRIPTION DE CONCOURS CNC MACHINING USINAGE CNC POST - SECONDARY / NIVEAU POSTSECONDAIRE Table of Contents 1 THE ESSENTIAL SKILLS FOR CAREERS IN THE SKILLED TRADES AND TECHNOLOGY .........................................................................................................3 2 CONTEST INTRODUCTION......................................................................................3 3 CONTEST DESCRIPTION.........................................................................................4 4 EQUIPMENT, MATERIAL, CLOTHING .....................................................................5 5 SAFETY REQUIREMENTS .......................................................................................5 6 ASSESSMENT ..........................................................................................................6 7 CONTEST SPECIFIC RULES ...................................................................................6 8 ADDITIONAL INFORMATION ...................................................................................7 9 NATIONAL TECHNICAL COMMITTEE MEMBERS .................................................7 SCNC 2018 – Contest Description 06 - CNC Machining (Post-Secondary) Page 2 of 7 CONEST DESCRIPTION DESCRIPTION DE CONCOURS 1 THE ESSENTIAL SKILLS FOR CAREERS IN THE SKILLED TRADES AND TECHNOLOGY SCC is currently working with Employment and Social Development Canada (ESDC) in order to bring awareness to the importance of Essential Skills that are absolutely crucial for success in the
    [Show full text]
  • 2019-2021 Official School Catalog Volume V
    2019-2021 Official School Catalog Volume V Revised and Effective October 2019 At the time of publication, every effort was made to assure that this catalog contains accurate information. Please refer to the catalog addenda for any changes or revisions that have occurred since the catalog was published. LINCOLN TECHNICAL INSTITUTE 97 NEWBERRY ROAD EAST WINDSOR CT 06088 In State: (860) 627-4300 Toll Free: (800) 243-4242 www.lincolntech.edu A Branch Campus of: Lincoln Technical Institute 200 John Downey Drive New Britain, CT 06051 860-225-8641 This catalog certified as true and correct in content and policy. Kevin Clark CAMPUS PRESIDENT Unless otherwise captioned, the photographs contained in this catalog were purchased from any of several reputable stock photo companies with which we have a license agreement. All photos containing equipment depict the kinds and types found in industry. Important information about the educational debt, earnings, completion, and placement rates for students who attended a Lincoln program can be found at: www.lincolntech.edu/consumerinfo. 2019-2021 Official School Catalog Volume V Revised and Effective October 2019 Table of Contents INTRODUCTION. .3 Our Mission 4 History of the School 4 Educational Philosophy 4 A Letter from the President & CEO 5 CAREER PROGRAMS . 6 Accredited Master Automobile Service Technology 7 Automotive Mechanics 8 Automotive Technology 9 Automotive Technology with AUDI Education Partnership 10 Air Conditioning, Refrigeration, and Heating Technology 11 CNC Machining and Manufacturing Technology 12 Collision Repair and Refinishing Technology 13 Diesel and Truck Mechanics 14 Diesel and Truck Technology 15 Electrical & Renewable Energy Technology 16 Attendance for Blended Programs 40 Welding Technology 17 Make-Up 40 Course Descriptions 18 Consultation and Tutoring 40 GENERAL INFORMATION.
    [Show full text]
  • SYLLABUS MCHN 1441 Basic Machine II 15 SP
    Department: Machining / Industrial Machinist Technology Course Title: Basic Machine Shop II Section Name: MCHN 1441 - F50C - F51C - F52C - F90C Semester: Spring 2015 Time: F50C - MW 08:00 AM - 11:50 AM Time: F51C - MW 06:30 PM - 10:20 PM Time: F52C - TTh 06:30 PM - 10:20 PM Time: F90C - MTWTh 02:30 PM - 04:00 PM Lab & Classroom: Sedate Hall 142 Instructor: Carey Taylor Email: [email protected] Office: Sedate Hall 142B Phone: 432-335-6475 Office Hours: As Posted Course Description: MCHN 1441 Basic Machine Shop II (48.0501) (2-6) 4 hours A continuation of Basic Machine Shop I (MCHN 1438). The student will expand their skills in the operation, set-up, and applications of machine tools and precision measuring tools. An increased level of accuracy and proficiency is expected for machining operations and the use of precision measuring tools. End-of-Course Outcomes: Identify machine parts and their functions; select layout tools and techniques; define machine shop terminology; perform basic machine setups; calculate common shop formulas; perform semi-precision layout; execute grinding techniques; demonstrate basic machine operations; and apply proper measuring tools. Lab fee required. (ICOs 1, 2, 3, 4, 5) Prerequisite or Co-requisite: MCHN 1438 or consent of department chair. Required Text Book: 1st edition 2nd edition ISBN-13: 978-1-4354-4767-7 ISBN-13: 978-1-2854-4454-3 ISBN-10: 1-4354-4767-7-0 ISNB-10: 1-2854-4454-X Required Equipment: 1. Clear Safety Glasses (Instructor will issue 1st pair) 2. 3 Ring Binder, Notebook Paper & Graph Paper, Pencils, and Pens (OC Bookstore has these items) All students must have required Text Book & Supplies by the 3rd class or arrangements made with Instructor.
    [Show full text]
  • Cnccookbook's G-Code Course
    CNCCookbook Basic G-Code Course CNCCOOKBOOK’S G-CODE COURSE VOLUME 1: G-CODE BASICS Last Revised: December 23, 2015 Copyright 2015 by CNCCookbook, Inc. Copyright 2015 by CNCCookbook, Inc. Page 1 CNCCookbook Basic G-Code Course TABLE OF CONTENTS Here are the articles available for maximizing your g-code proficiency and providing you with a little CNC programmer training. Included in nearly every article are examples using our CNC Programming Software, G-Wizard Editor. Table of Contents.................................................................................................................................... 2 Introduction ............................................................................................................................................ 7 What is G-Code? .............................................................................................................................. 7 Why Learn G-Code? ......................................................................................................................... 8 What's the Best Way to Learn G-Code? ......................................................................................... 8 Introduction for Beginners .................................................................................................................... 10 Why Learn G-Code? .......................................................................................................................... 10 G-Code From the Machine’s Perspective ..........................................................................................
    [Show full text]
  • SYLLABUS MCHN 1413 Basic Milling Operations 15 SP
    Department: Machining / Industrial Machinist Technology Course Title: Basic Milling Operations - Section Name: MCHN 1413 - F50C - F51C Semester: Spring 2015 Time: F50C - MW 08:00 AM - 11:50 PM / F51C - TTh 06:30 PM - 10:20 PM Classroom: Sedate Hall 142 Instructor: Carey Taylor Email: [email protected] Office: Sedate Hall 142B Phone: 432-335-6475 Office Hours: As Posted Course Description: MCHN 1413 Basic Milling Operations (48.0501) (2-6) 4 hours The student is introduced to the common types of milling machines, part nomenclature, basic machine operations and procedures, safety, machine mathematics, blueprint reading, and theory. End-of-Course Outcomes: Describe milling machine parts and functions; identify types of milling machines; describe the difference between climb and conventional milling; calculate speeds and feeds for milling machines; set up milling machines; and operate milling machines. The student will develop a basic understanding of the working parts, operating mechanisms & controls and applications of the manual milling machine. Including set-up & operation, cutting tools & cutting tool holding and work holding tool & methods. Students will continue the care & use of Layout Tools, Semi-Precision and Precision measuring tools. This is a follow-up course to MCHN 1441. Lab fee required. (ICOs 1, 2, 3, 4, 5) Prerequisite or Co-requisite: MCHN 1438 or consent of department chair. Required Texts: 1st edition 2nd edition ISBN-13: 978-1-4354-4767-7 ISBN-13: 978-1-2854-4454-3 ISBN-10: 1-4354-4767-7-0 ISNB-10: 1-2854-4454-X Required Tools: 1. Clear Safety Glasses (Instructor will issue 1st pair) 2. 3 Ring Binder, Notebook Paper & Graph Paper, Pencils, and Pens (OC Bookstore has these items) All students must have required Text Book & Supplies by the 3rd class or arrangements made with Instructor.
    [Show full text]
  • Machining-And-Other
    Apps Machining & Other Tools ThreadKing GCoderOD The Ultimate Reference A Handy Tool to Generate and Calculator for CNC G-Code for Various OD Threads, Drills, & Taps Machining Processes iPhone/Android iPhone ThreadKing provides all the information for GCoderOD is a handy tool to generate CNC Metric/UN taps, Course/Fine threads, thread G-code for various OD machining processes. dimensions, drill sizes for cutting/forming taps, and much more. 4Machining Strobe Light Machinist Calculator & A Tool that Turns an Reference Tool for Drilling, iPhone into a Strobe Light Milling, & Turning to Measure Machine RPM iPhone/iPod Touch iPhone 4Machining is a quick machining reference tool, Strobe Light makes your iPhone a strobe light providing turning/milling/drilling speed & feed tachometer to measure the speed of rotating calculation, thread and drill size charts, and machines. CNC G&M codes to machinists. iGearBox iWindTurbine Training and Learning Tool Training and Learning Tool for Regular and Planetary for Regular and Planetary Gearboxes Gearboxes iPhone/iPad/iPod Touch iPhone/iPad/iPod Touch iGearbox is the ideal tool for training and iWindTurbine calculates the estimated output learning the basics of regular and planetary power of wind turbines, based on its geometry gearboxes. It also calculates de gear ratio and and basic wind parameters. gear speeds. Motionics, LLC The software & hardware can be customized. © 2020 Motionics, LLC. All rights reserved. 8500 Shoal Creek Blvd Building 4 Suite 209 Contact Motionics for details. Austin, TX 78757 www.motionics.com [email protected].
    [Show full text]
  • Technical Helps TECHNICAL
    Technical Helps TECHNICAL Troubleshooting Guide - Drills 276 Troubleshooting Guide - End Mills 277 Troubleshooting Guide - Reamers 278 Weldon Flat Specs 278 Formulas 279 Tool Coating Types 280 SFM/RPM Conversion Charts 281 General Milling Guide - fractional 282 General Milling Guide - metric 283 High Performance Milling Guide - fractional 284 High Performance Milling Guide - metric 285 Aluminum Milling Guide 286 ARC Milling Guide 289 VHM Milling Guide - fractional 290 VHM Milling Guide - metric 291 VRX Milling Guide - fractional 292 VRX Milling Guide - metric 293 V4 High Speed Milling Guide - fractional 294 V4 High Speed Milling Guide - metric 295 V5 High Speed Milling Guide - fractional 296 V5 High Speed Milling Guide - metric 297 VRX-6 Milling Guide - fractional 298 VRX-6 Milling Guide - metric 299 VX-7 Milling Guide - fractional 300 VX-7 Milling Guide - metric 301 TMS/TMR Milling Guide - fractional 302 TMS/TMR Milling Guide - metric 303 TMS/TMR Chip Thinning Calculations - fractional 304 TMS/TMR Chip Thinning Calculations - metric 305 High Rc Finisher Milling Guide - fractional 306 High Rc Finisher Milling Guide - metric 307 Die Mold Cutter Milling Guide - fractional 308 Die Mold Cutter Milling Guide - metric 309 High Feed Milling Guide 310 Diamond Coated Milling Guide 311 Reaming Guide - fractional 312 Reaming Guide - metric 313 Drill Mills, Chamfering - fractional 314 Drill Mills, Chamfering - metric 315 Drill Mills, Through Hole - fractional 316 Drill Mills, Through Hole - metric 317 General Drilling Guide - fractional 318 General
    [Show full text]