Manufacturing
Showing 1–9 of 17 results
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CNCBenchTurn 7×00 CNC Turning Center
CNC Turning Technology introduces students to the fundamentals of CNC (Computer Numerical Control) turning by means of hands on activities with the BenchTurn 7000.Students learn the fundamentals of CNC working with quality equipment to accurately produce parts. Students observe and experience CNC’s superiority over time-consuming, less accurate, manually controlled machine tools.Activities challenge students to develop and edit programs, and make the parts on the machine. Students gain hands-on experience in proper set up, cutting tools selection, tool path simulation and turning center operation. Students design solutions for industrial CNC applications with an emphasis on real industrial concerns, such as optimized programming, accuracy and increased productivity.
The machine features an intuitive software interface and conforms to industrial EIA, ISO, Fanuc and G&M code standards.
CNC Turning Technology with the BenchTurn 7×00 is also available in Virtual format!
With a fully simulated machine, students learn the same skills as the Lab version via interactive online activities. Choose between Lab and Virtual courses based on your program objectives and budget, or implement both together for a truly scalable program.Course Outline
Activity 1: Introduction and Safety
Activity 2: CNCBase Control Software
Activity 3: Mounting the Workpiece
Activity 4: Tooling
Activity 5: Reference Positions
Activity 6: Verifying a Program
Activity 7: Running a Program
Activity 8: Fundamentals of NC Programming
Activity 9: Programming the House
Activity 10: Machining Project #1
Activity 11: Arc Programming
Activity 12: Programming the Star – Project #2
Activity 13: Machining Project #2
Activity 14: Programming Your Initials – Project #3
Activity 15: Final Project(0 reviews) -
E-Learning/ModulesBlueprint Reading
Technicians use blueprints to install, maintain, troubleshoot, and service plant machinery and equipment. BA02: Blueprint Reading features skills-based curriculum delivered through LearnMate, Intelitek’s innovative e-learning platform. Through virtual activities, students learn all aspects of reading and interpreting blueprints in industrial environments.
Course Outline
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- Identifying Lines and their Functions
- Single, Multiple and Auxiliary View
- Reading and Locating Blueprint Dimensions
- Determining Tolerances
- Identifying Thread Dimensions
- Identifying Tapers and Machine Surfaces
- Cutting Plane and Sections
- Geometric Dimensioning, Wear Limits and Assembly Drawings
- Identifying Welding Symbols
- Reading Plot Plans
- Reading Footing, Foundation and Floor Plans
- Reading Reinforced Concrete and Structural Steel Prints
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CNCCNC Plasma Cutters
Intelitek’s JobMaster Plasma Cutter Pro systems include a range of plasma cutting tables for education that are engineered to deliver optimal repeatability and performance for your classroom or FabLab. With several sizes to choose from, the Plasma Cutter Pro machines fit easily into any classroom and require no assembly, arriving at your facility ready to use. These plasma mechanized systems are used to cut a wide range of conductive materials, including mild steel, carbon steel, stainless steel, aluminum, copper, brass, and other metals.
Plasma Systems Include
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- Plasma Cuter Table (2’x2′, 4’x2′, 4’x4′, 4’x8′ and 5’x10′)
- 4″ or 8″ Water Table
- Plasma Station/Arc Voltage Height Control
- Magnetic Breakaway
- Floating Head Switch
- Controller with Mach3 Software
- VCarve Pro CAD Software and 40 User Education License
- SheetCAM TNG Software
- Sign Torch Software
- PC (fully tested with software installed)
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CNCCNC Routers
Intelitek’s package of CNC routing equipment ships with everything needed to get started quickly including starter material, all relevant CAD/CAM software’s and sample G-Code projects. Just follow the easy to use getting started guide and cut!
Intelitek’s experience in both CNC and educational training via Learnmate allows users to be making their own complex project quickly. This allows users to create large structures and have a hands on approach to turning 2D materials into 3D objects.
Benefits
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- Allows visualization of assembly of 2D object in 3D space
- Gives students the ability to create impressive large scale projects at a very low cost
- Fast Paced project based learning allows students to produce results quickly to keep them motivated
- Cut most projects in under 30 Minutes
- Teach G-Code an industry standard, that’s used with other CNC mills and lathes
- Make impressive projects using up to 4ft x 8ft sized materials
- Includes 30 Seats of V-Carve Pro CAD/CAM software. This allows the entire class to use the software not
just a single person.
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E-Learning/ModulesEmployability
Success in today’s workforce requires more than just technical skills. Surveys of business and industry representatives reveal that employers are looking for qualities such as a positive attitude, teamwork ability, communication skills, leadership skills, and good work ethics and habits. Unfortunately, many students get technical and academic training without ever learning the vital career skills that will help them get a job and keep a job. The Career Skills Education Program is designed to ensure students obtain these essential personal and employability skills.
Employability is a fundamental part of the Career Skills Education Program, delivering essential personal and employability skills. Developed by employability experts at SkillsUSA, in conjunction with intelitek, Employability features rich curriculum with hands-on, interactive graphics and activities to help develop and test comprehension.
Employability can be implemented as:
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- a stand-alone course
- an enhancement for existing technical curriculum
- as a virtual class where students work from home computers
- a foundation for teaching career and life skills
Employability consists of 15 lessons, each of which covers a different topic. The course includes activities and a course workbook with worksheet for each of the 15 lessons.
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- Introduction
- Time-Management Techniques
- Personal Qualities Desirable for the Workplace
- Interpersonal Communication
- Conflict Resolution
- Teamwork
- Problem-Solving Techniques and Decision-Making Skills
- Proper Business and Personal Ethics
- Business Etiquette and Ethical Computer Behavior
- Employer-Employee Relationships
- Proper Communication with Diverse Populations
- Career Goals
- Resumes and Cover Letters
- Job Applications
- Potential Employer Interviews
- Interviewing Skills
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E-Learning/ModulesHand Tools
Develop the fundamental skills in identification, application and usage of hand tools Maintenance Technicians use each day.
Even in the most automated shop environments, hand tools play a key role in the installation, modification, and maintenance of most machines.
As you will discover in this skill set, using the proper tool for each application is essential to the quality of any job.*Included
Hand Tools (BA05) Content Part #BA05
COURSE OUTLINE
BA05: Basic Hand Tools
Introduction to Basic Hand Tools
Skill 1: Shop Safety
Skill 2: Rulers and Tape Measures
Skill 3: Calipers and Feeler Gauges
Skill 4: Squares and Levels
Skill 5: Knives
Skill 6: Scribes and Punches
Skill 7: Work Holding Devices
Skill 8: Hammers
Skill 9: Chisels
Skill 10: Saws
Skill 11: Pliers
Skill 12: Cutters
Skill 13: Files and Deburring Tools
Skill 14: Drivers
Skill 15: Hex Keys
Skill 16: Wrenches
Skill 17: Socket and Torque WrenchesSkills Acquired:
Identify hand tools
Hand tool safety
List how hand tools may be misused or abused
Select hand tools for specific tasks
Inspect hand tools
Repair or replace hand tools
Demonstrate safe use of hand tools(0 reviews) -
E-Learning/ModulesIndustrial Safety: Lockout/Tagout (LOTO)
Safety is one of the most important aspects of an industrial training program. Lockout/tagout procedures are critical in creating a safe work environment. Lockout/Tagout (LOTO) delivers skills-based curriculum meeting OSHA requirements through LearnMate®, Intelitek’s innovative e-learning platform. Through virtual and hands-on activities, students learn all aspects of lockout/tagout procedures in industrial environments.
Through interactive activities, delivered entirely online, students learn about lockout devices, conducting energy control analyses, performing lockout/tagout and more.
Core concepts are taught through self-paced e-learning curriculum. All the necessary resources, including printable instructions, are available online, ready for use in the classroom.
JobMaster® trainees can be confident they will possess the skills needed for success in automated manufacturing careers.
Course Outline
- Acquiring Lockout/Tagout Basics
- Attaching Lockout Devices
- Completing and Attaching Tagout Devices
- Conducting an Energy Control Analysis
- Performing Lockout/Tagout
- Performing Lockout/Tagout Release
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E-Learning/ModulesIntroduction to Advanced Manufacturing
Introduction to Advanced Manufacturing provides students an excellent overview of the field of advanced manufacturing. This 15-hour course engages students by means of hands-on activities and compelling online curriculum that includes:
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- a comprehensive overview of the manufacturing field, processes and career choices.
- multi-level activities in career seeking and planning a manufacturing company.
- a capstone project that challenges students to follow all the steps of the manufacturing process to produce a product.
For students on a career track in mechatronics, automation and advanced manufacturing, Introduction to Advanced Manufacturing serves as an excellent launching pad for more in-depth courses. Exploratory students with little exposure to the field may decide to pursue an advanced manufacturing career after learning of the many exciting opportunities available!
Introduction to Advanced Manufacturing is part of the Foundations of Advanced Manufacturing series, which teaches the introductory skills essential for success in advanced manufacturing careers.
Foundations of Advanced Manufacturing is ideal for any engineering or automated manufacturing program, providing a thorough and engaging element of STEM (Science, Technology, Engineering and Mathematics) education.
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- Introduction to Advanced Manufacturing includes everything you need for successful blended learning.
- Through LearnMate®, essential resources are provided for both students and teachers.
- Students are always one click away from glossaries and help files available on each page.
- Teachers have instant access to handouts, tips and detailed activity instructions.
- Learn more about the Foundations of Advanced Manufacturing series!
With Introduction to Advanced Manufacturing as the cornerstone, the Foundations of Advanced Manufacturing courses are an excellent launching point for more in-depth mechatronics, automation and advanced manufacturing courses.
Course Outline
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- Introduction
- Careers in Manufacturing
- Seeking a Manufacturing Career (Activity)
- The Manufacturing Company
- Planning and Staffing a Manufacturing Company (Activity)
- Manufacturing Processes
- Computers in Manufacturing
- Automation in Manufacturing
- The Arrow Plane (Project)
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E-Learning/ModulesIntroduction to Lean Manufacturing
Introduction to Lean Manufacturing explores the principles and techniques involved in lean manufacturing. Topics include waste definition and minimization, process enhancement, workplace design, and problem solving techniques.
This course engages students by means of compelling online curriculum with relevant projects that include:
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- a comprehensive overview of lean manufacturing concepts and techniques.
- simulated scenarios and multi-level activities that demonstrate the implementation of lean principles.
- a capstone project that challenges students to apply lean manufacturing principles.
For students on a career track in mechatronics, automation and advanced manufacturing, Introduction to Lean Manufacturing serves as an excellent launching pad for more in-depth courses.
Introduction to Lean Manufacturing includes everything you need for successful blended learning.
Through LearnMate®, essential resources are provided for both students and teachers. Students are always one click away from help files and audio available on each page. Teachers have instant access to handouts, tips and detailed activity instructions.Introduction to Lean Manufacturing is ideal for foundations, engineering, mechatronics, industrial maintenence or automated manufacturing programs, providing a thorough and engaging element of STEM (science, technology, engineering and mathematics) education.
Introduction to Lean Manufacturing is part of the Foundations Skills Program, which teaches the introductory skills essential for success in advanced manufacturing careers.
Foundations Skills courses are ideal for any engineering or automated manufacturing program, providing a thorough and engaging element of STEM (Science, Technology, Engineering and Mathematics) education.
Course Outline:
- Definition of Lean Manufacturing
- Understanding Waste
- Designing the Manufacturing Workplace
- Designing Lean Production Processes (1) – Concept
- Designing Lean Production Processes (2) – Method
- Designing a Lean Production Scheduling System
- Problem Solving Tools
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