Machine-Tool Builder and Integrator Apprenticeship and Certification Act

Total Page：16

File Type：pdf, Size：1020Kb

Machine-Tool Builder and Integrator Apprenticeship and Certification Act

Machine-Tool Builder and Integrator Trade Code 430M Apprenticeship and Certification Act NOC 7316 Unrestricted Trade Description Read and interpret complex engineering drawings, schematics, bill of materials, machine-tool build assembly drawings Use lathes, mills, saws, drills, grinders and welding equipment to build and prepare tooling Perform Numerically Controlled (NC) and Computerized Numerical Control (CNC) machining Devise and detail assembly plans for the machine-tool build and integrator process Assemble and integrate pneumatics and hydraulics, electrical components, power transmission systems, conveyor systems, and feeder systems Sub-assemble machine tool components Integrate main-assembly Build in-process tooling Personal Qualities You enjoy working to close and exacting tolerances You enjoy working with your hands You can work indoors with noise, vibrations and other hazards that are common on the job You have the stamina to be on your feet for long periods of time You like to learn new things on a consistent basis You like using computers Review Essential Skills for additional skills required srv108.services.gc.ca/english/profiles/255.shtml Career Opportunities Machine-tool builder and integrators are employed primarily in manufacturing industries Educational/Training Requirements The minimum entry for apprenticeship is Grade 12 Completion of a 7,280 hour apprenticeship program is required If you have completed 8,000 hours of on the job experience/training but have not completed the Apprenticeship Program you may be eligible to challenge the Certificate of Qualification Training Availability Information not available at this time, contact Employment Ontario at 905-837-7721 or 1-800-461-4608. Potential Earnings Apprentices start according to individual company rates and progress according to the company’s wage scales over time Wages1 range from $13.20 to $28.75 an hour, excluding overtime, with journeypersons usually earning the higher end of the pay scale Prospects For Employment Employment is expected to grow at a rate slower than the average for all occupations through the year 20092 Most tradespersons work full time for a single employer Financial Incentives Employers who employ first, second and third year apprentices can apply for the Apprenticeship Training Tax Credit Apprentices may be able to apply for the Tradesperson’s Tools Tax Deduction Additional Information Apprenticeship Subject Pathways www.edu.gov.on.ca/eng/training/apprenticeship/skills/pathwaye.pdf National Occupational Classification www5.hrsdc.gc.ca/NOC-CNP/ 1 www.labourmarketinformation.ca 2 www.careermatters.org .

Copy Link

Recommended publications

Numerical Control (NC) Fundamentals
Lab Sheet for CNC Laboratory Department of Production Engineering and Metallurgy Prepared by: Dr. Laith Abdullah Mohammed Production Engineering – CNC Lab Lab Sheet Numerical Control (NC) Fundamentals What is Numerical Control (NC)? Form of programmable automation in which the processing equipment (e.g., machine tool) is controlled by coded instructions using numbers, letter and symbols - Numbers form a set of instructions (or NC program) designed for a particular part. - Allows new programs on same machined for different parts. - Most important function of an NC system is positioning (tool and/or work piece). When is it appropriate to use NC? 1. Parts from similar raw material, in variety of sizes, and/or complex geometries. 2. Low-to-medium part quantity production. 3. Similar processing operations & sequences among work pieces. 4. Frequent changeover of machine for different part numbers. 5. Meet tight tolerance requirements (compared to similar conventional machine tools). Advantages of NC over conventional systems: Flexibility with accuracy, repeatability, reduced scrap, high production rates, good quality. Reduced tooling costs. Easy machine adjustments. More operations per setup, less lead time, accommodate design change, reduced inventory. Rapid programming and program recall, less paperwork. Faster prototype production. Less-skilled operator, multi-work possible. Limitations of NC: · Relatively high initial cost of equipment. · Need for part programming. · Special maintenance requirements. · More costly breakdowns. Advantages
[Show full text]
Multienhancing
FEBRUARY 2007 / VOLUME 59 / NUMBER 2 ➤ BY JOSEPH L. H AZE LTON, SENIOR EDITOR Multienhancing Multitasking machine tools, like this mill/ turn center, can reduce setups, shorten handling time and increase workpiece accuracy by allowing for complete machining within one enclosure. Mill/turn centers, the most com- advantages: fewer setups, reduced mon type of multitasking machine handling time and greater part Machine tool tool, appear to be the ultimate in accuracy. builders continue process consolidation. Inside its Everything has limitations, enclosure, a mill/turn center can though, and there are trade-offs to improve perform many of the functions with multitasking machine tools. A the capabilities of a 5-axis horizontal machining mill/turn center provides the ben- center—boring, drilling, milling, efit of process optimization, but its of mill/turn centers. tapping—as well as turning, once various operations may not be as limited to lathes. fast as they would be on separate That consolidation offers several machine tools. So the cycle time Doosan Infracore Doosan Infracore for a part produced in a mill/turn based multitasking machine tools ture includes twin ballscrew drives center can be longer than the sum could be described as 70 percent for both the X and Z axes and thereby of the cycle times if the part were turning machines and 30 percent permits driving at the center of grav- produced on separate milling and milling machines, according to Gerald ity. Mori Seiki refers to the design as turning centers. Owen, national applications manager DCG (Driven at the Center of Grav- That longer time, however, is usu- for machine tool builder Mori Seiki ity).
[Show full text]
NIMS CNC Milling Programming & Set-Up
SC ACCELERATE MTT 255 Open Text Module 5 3 NIMS CNC Milling 5 Programming & Set-Up Objectives Students will be able to: • Write and Format CNC milling programs • Diagram CNC Fanuc Control Programs • Analyze and edit CNC G-code based programs • Program and Operate a CNC Mill by earning Level I NIMS CNC Milling Credential Orienting Questions ü How do cutter offsets effect CNC programming? ü What is the difference between cutter compensation left and right? ü What is the difference between contour machining and point machining? ü Is “NIMS” a National or State Accredited Program? ü Why is NIMS important to Industry? **The bolded/underlined words are key terms…click on the blue underlined terms for more information. **Closed Captions and transcripts are available for all videos in this module. Click the button at the bottom right of the play menu to turn on closed captioning in the language of your choice. You may also read a full transcript of this video by clicking on the bottom below the play menu.** Except where otherwise noted, this work was created by Mark Cramer and is licensed under the Creative Commons Attribution 4.0 International License. SC ACCELERATE Page | 1 Version │ Course ID │ Rev 1 2012 SC ACCELERATE MTT 255 Open Text Module 5 To view a copy of this license, visit http://creativecommons.org/licenses/by/4.0/ or send a letter to Creative Commons, 444 Castro Street, Suite 900, Mountain View, California, 94041, USA. INTRODUCTION CNC Milling Programs can be divided into two basic divisions; the “Preparation Codes” and the actual “Machining Codes”.
[Show full text]
Century American Machinery and Machine Tool Building
From Depression to Globalization: Reconfiguring 20th Century American Machinery and Machine Tool Building Philip Scranton, Rutgers University Prologue Practical Machinist: 06-14-2003, 11:51 AM Let's talk about Machine Tool Making. 1. The industry is Capital Intensive. A machine tool maker has a huge amount invested in plant and equipment. 2. The industry is Labor Intensive. Almost all the workers are highly skilled and not only that, each worker has to have significant experience working in the specific shop making that company's machines. 3. The Industry is cyclic. Some years there is a big backlog of orders. Some years, there is hardly anything for the skilled and valued workers to do. 4. The "Technical" competition is Brutal. As soon as a new machine design is fit for production, some competitor brings out a newer design with faster spindle speeds or faster motions or some other feature that he touts relentlessly in the trade publications. A Machine tool can be rendered obsolete by the time the first article is being crated up on a maker's loading dock. 5. The reverse of this can happen. A machine tool maker can devise a highly sophisticated design that just doesn't sell. Giddings and Lewis has had this happen to them several times and Davenport Machine had it happen with a servo-controlled, multi-spindle automatic bar machine. 6. During slow times, a machine tool manufacturer can be in competition with slightly used machine of his own manufacture. This is happening right now. None of the above points have anything to do with the government, and the best of the foreign competition suffers all of the above situations.
[Show full text]
UGS NX Machining Advantage
NX Machining: A complete solution for machine tool programming UGS PLM Software www.siemens.com/ugs UGS NX™ software the digital product development solution from UGS PLM Software, delivers a complete and proven system for machine tool programming. NX® Machining software applies leading-edge technology and advanced machining methods to maximize efficiency of manufacturing engineers and NC programmers. A complete solution for Total design-to-manufacture machine tool programming connectivity NX, the digital product develop- NX Machining is totally integrated ment solution from UGS PLM with the NX product development Software, delivers a complete and solution. NC programmers can proven system for machine tool directly access comprehensive programming. NX machining design, assembly and drafting tools applies leading-edge technology in the same unified system. Design and advanced machining methods through manufacturing associativity to maximize efficiency of manu- means that design changes are facturing engineers and NC automatically propagated to programmers. machining operations. With this complete development solution, Maximizing productivity programmers and manufacturing and efficiency engineers can work with part With NX Machining, companies can models, create and assemble transform their NC programming, fixtures, develop tool paths and manufacturing engineering and even model entire machines machining processes to dramatically for 3D machining simulation. reduce waste and significantly boost productivity of resources – both manpower
[Show full text]
Metalworking Machine Tools and Accessories
Industry\\Q lrade Summary Metalworking Machine Tools and Accessories USITC Publication 2765 April 1994 OFFICE OF INDUSTRIES U.S. International Trade Commission Washington, DC 20436 UNITED STATES INTERNATIONAL TRADE COMMISSION COMMISSIONERS Don E. Newquist, Chairman Peter S. Watson, Vice Chairman David B. Rohr Carol T. Crawford Janet A. Nuzum Lynn M. Bragg Robert A. Rogowsky Director of Operations Vern Simpson Director of Industries This report was prepared principally by Dennis A. Fravel Machinery Branch Machinery and Transportation Division Address all communications to Secretary to the Commi~ion United States International Trade Commi~ion Washington, DC 20436 PREFACE In 1991 the United Stares International Trade Commission initiated its current Industry and Trade Summary series of informational reports on the thousands of products imported into and exported from the United Stat.es. Each summary addresses a different commodityfmdustry · area and contains information on poduct uses. U.S. and foreign producers, and customs treatmenL Also included is an analysis of the basic factors affecting trends in consumption, production, .and trade of the commodity, u well u those bearing on the competitive~ of U.S. industries in domestic and foreign mmkets.1 This report on metalworking machine too~ and accessories covers the period 1988 through 1992 and i'epresents one of approximately 250 to 300 individual reports to be produced in this series during the first ba'1f of the 199<& Listed below are the individual ·summary repons published to date on the Diacbineiy and transporUdion sector. usrrc publication Publication number date Title 2430 November 1991 Aircraft, spacecraft. and related equipment 2505 April 1992 .•••••••.•.
[Show full text]
CNC Machine Tool Information Reusability Within Virtual Machining Systems
CNC Machine Tool Information Reusability within Virtual Machining Systems Parag Vichare School of Engineering and Computing, University of the West of Scotland, Paisley, PA1 2BE, UK Xianzhi Zhang School of Mechanical and Automotive Engineering, Kingston University London, London SW153DW Vimal Dhokia Department of Mechanical Engineering, University of Bath, Bath, BA2 7AY, UK Wai M Cheung Faculty of Engineering and Environment, Department of Mechanical and Construction Engineering, University of Northumbria, Newcastle Upon Tyne, NE1 8ST, UK Wenlei Xiao, Lianyu Zheng School of Mechanical Engineering and Automation, Beihang University, Beijing, P.R. China Abstract Virtual Machining (VM) allows simulation of the machining process by realistically representing kinematic, static and dynamic behaviour of the intended machine tools. Using this method, manufacturing related issues can be brought to light and corrected before the product is physically manufactured. Machining systems utilised in the manufacturing processes are represented in the VM environment and there is a plethora of commercial VM software used in the industry. Each software system has a different focus and approach towards virtual machining; more than one system may be needed to complete machining verification. Thus, the significant increase in the use of virtual machining systems in industry has increased the need for information reusability. Substantial time and money has been put into the research of virtual machining systems. However, very little of this research has been deployed within industrial best practice and its acceptance by the end user remains unclear. This paper reviews current research trends in the domain of VM and also discusses how much of this research has been taken on board by software venders in order to facilitate machine tool information reusability.
[Show full text]
Machine Tools by George Weimer Experts Weigh in on How to Buy Smart—For Today and Tomorrow
SEPTEMBER 2008 / VOLUME 60 / ISSUE 9 The DMC 635 V ECO provides 3-axis vertical milling with 3-D simulation. Rightsizing Machine Tools By George Weimer Experts weigh in on how to buy smart—for today and tomorrow. ow do you decide which is some advice from the machine “The best way to do this is to production equipment tool industry about how to buy literally list them on paper and Hto buy? How can you feel the machinery you need. It might check them off, one by one. An- confident that you are investing be called rightsizing. other thing that can help is to find in the optimal machine tools for “There is a long list of features a dealer or machine tool builder your shop’s needs? that any buyer must take into ac- who has machines on display and In decades past, before CNC can run sample parts on those and 5-axis and numerous other machines.” advanced technologies, purchas- Don’t be timid These days, many machine tool ing machine tools was relatively when discussing builders are turning out “econ- simple: You needed a lathe for cer- omy” machines. These produc- tain-sized parts and a milling ma- new technologies tion pieces of equipment are what chine for other jobs. with builders and one might call no-frills machine By contrast, a machining center tools. They don’t have all the bells today can produce more parts— suppliers. and whistles, but they offer an ad- of much higher quality—than an vanced technology package with entire shop could 30 years ago.
[Show full text]
Somma Tool Company WHAT's NEW in THIS CATALOG CUTTING TOOL INFORMATION PEOPLE to CONTACT at SOMMA
Somma Tool Company WHAT'S NEW IN THIS CATALOG CUTTING TOOL INFORMATION PEOPLE TO CONTACT AT SOMMA SOMMA TOOL COMPANY / WHAT'S NEW IN THIS CATALOG... Since 1939 it has been the goal of Somma Tool Company to offer the best quality tools to the screw machine industry. We continue this tradition by offering the following new catalog items to help make your machines run more efficiently. PG 7 CONVERT YOUR RQC SHANK TYPE SHAVE TOOL HOLDER TO A CIRCULAR SHAVE TOOL HOLDER PG 16 LARGER SELECTION OF DOVETAIL FORM TOOL BLANKS PG 18 LARGER SELECTION OF DOVETAIL SHAVE TOOL BLANKS PG 19 NOTICE OF ENHANCED QUOTING OF DOVETAIL & CIRCULAR FORM AND SHAVE TOOLS "TO PRINT" AND "HOLD FOR RELEASE" OPTION PG 22-24, 26, 27 CARBIDE TIPPED CIRCULAR FORM TOOLS PG 29 NOTICE OF ENHANCED QUOTING OF VARIOUS STYLE CUTOFF BLADES AND "HOLD FOR RELEASE" OPTION PG 42 NOTICE OF ENHANCED QUOTING OF INTERNAL ROTARY BROACHING TOOLS AND NEW "QR" CODE FOR YOUTUBE BROACHING VIDEOS PG 50 INTERNAL ROTARY BROACH SETUP TOOL GAGE PG 51 NOTICE OF ENHANCED QUOTING OF EXTERNAL ROTARY BROACHING TOOLS PG 53 RECESS TOOL HOLDER / ER COLLET PG 69 TENSION ONLY ER COLLET FLOATING TAP HOLDERS PG 70 TENSION/COMPRESSION FLOATING TAP HOLDERS PG 82 DOUBLE END SWISS COLLET CHUCKS PG 98-102 HD BUSHINGS PG 107 NOTICE OF AVAILABILITY OF HARDINGE® WORKHOLDING PRODUCTS PG 108 NOTICE OF ENHANCED QUOTING & AVAILABILITY OF VARIOUS TOOLHOLDERS &TAPER SHANK TOOLING PG 124 NOTICE OF ENHANCED QUOTING & AVAILABILITY OF BALAS TOOLHOLDING FORMERLY OFFERED BY SANDVIK PG 126 NOTICE OF ENHANCED QUOTING & AVAILABILITY OF BALAS WORKHOLDING COLLETS, PUSHERS & PADS PG 130,131 SWISS TYPE COLLETS PG 132 SWISS CARBIDE GUIDE BUSHINGS SELECTING TOOL MATERIAL THERE ARE THREE CHARACTERISTICS THAT AFFECT THE PERFORMANCE OF ANY CUTTING MATERIAL, THEY ARE: TOUGHNESS— THE RELATIVE ABILITY OF THE STEEL TO WITHSTAND DEFLECTION AND INTERRUPTED CUTS WITHOUT CHIPPING.
[Show full text]
CNC TRAINING CATALOG Table of Contents
CNC TRAINING CATALOG Table of Contents What We Offer Maintenance & Development Courses 2 FANUC Usage & Maintenance 2 Understanding the FANUC Power Motion i System 2 FANUC Intensive Maintenance 3 Understanding the FANUC PMC System 4 Understanding the FANUC CO2 Laser System 4 Understanding the FANUC αi Servo System 5 Developing the PMC with FANUC Ladder-III 5 Motor Tuning with FANUC Servo Guide 6 Developing the HMI with FANUC Picture 6 FANUC Robot and Machine Tool Integration 7 Programming Courses 8 MANUAL GUIDE i Programming 8 G-Code Programming & Operation 8 FANUC Setup, Programming and Machining 9 FANUC Setup, Programming and Turning 9 Custom Macro Programming 10 Understanding FANUC 4- and 5- Axis Functions 10 FANUC ROBODRILL Courses 11 FANUC Setup, Programming and Machining: ROBODRILL Addition 11 Understanding the FANUC ROBODRILL 11 eLearn Training Courses 12 FANUC Foundations 12 FANUC CNC Usage & Maintenance 13 Understanding the FANUC PMC System 13 Understanding the FANUC αi Servo System 14 FANUC CNC Usage & Operations 14 FANUC G-Code Programming - Mill 15 FANUC G-Code Programming - Lathe 15 FANUC Custom Macro Programming 16 CNC Integrator Basic Training 16 Dual Check Safety Principles 17 Developing the HMI with FANUC Picture 17 eLearning for Education Students 18 Machining Center Programming, Setup and Operation 18 Turning Center Programming, Setup and Operation 18 What We Offer FANUC CNC Maintenance and Development courses are broken down into three levels. Hands-On Learning Small class sizes allow for hands-on learning and individualized attention. Courses include customized training The Level I courses are ideal for people new to CNC manuals and the use of simulation equipment to enhance operations as well as experienced professionals looking to the learning experience.
[Show full text]
Criterion® Boring Tools - Accuthread® 856: Pin Style
Drilling Reaming Burnishing Threading 6 6 4 4 2 8 2 10 0 12 18 14 16 Criterion® BORING Modular Boring Systems Specials North America Europe Asia Allied Machine Allied Machine Allied Machine Europe Wohlhaupter® India 120 Deeds Drive 485 West 3rd Street 93 Vantage Point B-23, 3rd Floor Dover, OH 44622 Dover, OH 44622 Pensnett Estate B Block Community Centre United States United States Kingswinford Janakpuri, New Delhi - 110058 West Midlands India DY6 7FR, United Kingdom The Foundation The Beginning The T-A® Since 1941, Allied Machine & Harold E. Stokey founded Allied When Harold’s son, William H. Stokey, ™ ® ThreadMills USA Superion® Wohlhaupter GmbH Engineering has provided dependable Machine & Engineering to aid the war became the president and CEO, he 4185 Crosstowne Ct #B 1285 S Patton St. Maybachstrasse 4 and practical holemaking solutions effort, manufacturing taper bearing developed the Throw Away, or T-A, Evans, GA 30809 Xenia, OH 45385 Postfach 1264 to the world. What was once a small lock nuts for the production of M1 spade drill insert system. The T-A United States United States 72636 Frickenhausen job shop in Ohio is now a worldwide tanks. Years later, after a sales meeting revolutionized the holemaking industry, Germany leader in cutting tool technology. With gone wrong, Stokey possessed a launching Allied Machine ahead of the three manufacturing facilities in Ohio, warehouse stocked with spade drill competition. Since then, numerous one in Georgia, another in Germany, inserts. He set forth into the industry innovations and advancements have and headquarters in both the United that would become Allied Machine’s been created from the T-A’s inspiration.
[Show full text]
Gleason 782 Gear Hobber Control Retrofit
Mas terControls Inc. L.L.C. “Serving all your Automation needs” Gleason 782 Gear Hobber Control Retrofit Customer: Gear Manufacturer – Chihuahua, Mexico System Integrators: MasterControls Inc., L.L.C. (MCI) & Southern Technical Services, LLC (STS) Our customer is a large manufacturer of aerospace parts. They manufacture gears, turbines, and other complex parts in their facility. We have been in contact with them during their search for a solution to the control problems on their Gleason 782 Gear Hobber. When they decided to give up on the old control, they came to us to provide the solution. As with many older machines, the Allen Bradley 8600 OSAI CNC control and the external Electronic Gear Box (EGB) had become outdated and hard to maintain. The machine had been down off and on for many months with various control problems. The customer was not able to rely on the machine for consistent production, so they decided to have a new NUM CNC Control retrofitted onto the machine. They asked MCI and STS to provide a total control solution. This included all new CNC Control hardware, new Machine Tool Builder’s Panel, and new I/O modules. Of course, they also needed to have their operators and maintenance personnel trained on the new control package and associated hardware. They asked MCI and STS to reuse their existing Indramat drives, motors, and feedback devices. MCI and STS studied the existing machine documentation and talked to the customer’s engineering staff and machine operators familiar with the machine and production parts. A complete Bill of Materials was created and new electrical drawings were drawn using AutoCAD for the project.
[Show full text]