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Worldwide
> E-Learning Course
Measuring Basics & Handheld Tools
During the course of this online program, handheld measuring tools are extensively discussed. What the dos and don'ts of each measurement tool are, as well as, the theory of the measuring device itself, and even the field of application of measuring devices are discussed.
Course Details
Course Content
>Introduction to Measuring
>Small Measuring Instruments: Functions and Area of Application
>Calipers
>Micrometers
>3-point Bore Micrometers
>Depth Micrometers
>Gauge Blocks
>Indicators and Dial Test Indicators
>Height Gauges
>Tasks for Small Measuring Instruments
>Surface Roughness
>Additional Practical Tasks
>Measuring in Practice
Target Group and Course Duration
Targeted Audience:
- Students in technical vocational schools and universities
- Technical engineers and operators
- Service and sales specialists/consultants technical goods
- Interested individuals with basic technical knowledge
Course Duration: 10 - 15 hours
> E-Learning Course
Linear Height - 2D Measurement System
Learning how to properly use a linear height is a very impressive skill in the quality control world, and in this program, we focus on Mitutoyo's widely used LH-600. In this online course, you will learn, among other things, the correct execution of measurements, reading in and calling up the probe, serial measurements, and reading out the measurement data.
Course Details
Course Content
>Overview
- Height gauge properties
- Main features
>Switching On and Initial Settings
- Switching on
- Absolute zero point
- Incremental zero point
- Measurement chain values
>Measure and Call Up Probe
- Measure probe diameter
- Save probe
- Call button
- Depth probe
>1D Measurements
- Top surface measurement
- Bottom surface measurement
- Thickness measurement (external)
- Inner size measurement
- Determine the highest point
- Hole measurement
- Shaft measurement
- Determine the vertical distance
- Flat scanning
- Measure squareness
>Tolerances
- Add tolerance to measurement
>Serial Measurements
- Create program
- Repeat program
>Other
- Delete measured values
- Settings
Target Group and Course Duration
Targeted Audience:
- Students in technical vocational schools and universities
- Technical engineers and operators
- Service and sales specialists/consultants technical goods
- Interested individuals with basic technical knowledge
Course Duration: 4 - 5 hours
> E-Learning Course
Coordinate Measuring Machines (CMMs) and CMM Data Processing Software Basics (MCOSMOS)
In this course, you will take a closer look at the technology of a CMM which will enable you to work with Mitutoyo's well-known data processing software MCOSMOS (Version 5).
Learn all about a CMM's construction, accuracy, measurement techniques, probing systems, fixturing methods, and all tips and tricks required to efficiently and safely operate a high-end 3-dimensional measuring machine.
The MCOSMOS training covers the basics of the software, setting up test jobs at lightning speed, manually measuring individual elements and evaluating them, handling large amounts of data, and making it available across all the networked areas of the production chain. To truly get an understanding of what makes a CMM tick, this course is right for you!
Course Details
Course Content
>Starting Up the CMM and the Software
>Start-Up Wizard and Set-Up
>Taking Measurements
>Elements and Tolerances
>Position Tolerances, Measurement Report, and Angular Rotations
>Start-Up of an Existing Measurement Program
>Overview CMM
>Accuracy
>Probing Systems
>Probe Shaft Materials and Choices
>Fixturing
>Software and Their Main Features
>Measuring Technics
>Maintenance
>Reference Guide
Target Group and Course Duration
Targeted Audience:
- Students in technical vocational schools and universities (advanced knowledge required)
- Skilled technical engineers/metalworkers and CMM operators
Course Duration: 14 - 18 hours
> E-Learning Course
Portable Surface Roughness Testers
Increase knowledge – all about the SJ-220
Surface roughness measurement can be tricky, learn how easy it is to do this with Mitutoyo's portable surface roughness tester the Surftest SJ-220. This course will help you to master all your surface roughness measuring tasks - from the theory of surface roughness, measuring basics, how to choose the correct standards, picking good profiles and parameters, filtering, and many other beneficial topics.
Course Details
Course Content
>Overview of Surftest SJ-220: Introduction to the features and capabilities of the SJ-220
>Calibration: Step-by-step guidance on how to properly calibrate the device
>Performing Measurements: Detailed instructions for conducting accurate surface measurements
>Theory and Measurement (ISO 21920 & ISO 4287): Understanding measurement theory and standards according to ISO 21920 and ISO 4287
>Measurement Data and Tolerance: How to interpret measurement data and ensure tolerance compliance
>Measure via Android Phone and PC: Convenient methods for measuring with your Android phone or PC
>Accessories: Overview of available accessories for enhanced measurement experience
>Settings: Instructions for configuring settings for optimal performance
>Final Test: A final test to assess and reinforce your knowledge of the SJ-220.
Other Courses: SJ-210
Course Details
>Overview The Roughness Tester SJ-210
>Switching On/Off and Calibration
>Performing Measurements
>Measuring Data
>Measuring via PC
>Accessories
>Settings
Target Group and Course Duration
Targeted Audience:
- Students in technical vocational schools and universities
- Technical engineers and operators
- Service and sales specialists/consultants technical goods
- Interested individuals with basic knowledge of a theory of surface roughness
Course Duration: 4 - 6 hours
> E-Learning Course
Data Collection and Real-Time Statistical Process Control with
MeasurLink 9
Get all of the information you need to master data collection and data analysis, monitoring, measurement system analysis, gauge inventory, calibration control, and much more with Mitutoyo's newest generation of our top-of-the-line data collection and SPC software.
In this course, we cover the basics of the MeasurLink modules: Support Center, Real-time Inspection Wizard, Process Analyzer, Report Scheduler, and Security Center.
Learn to add measuring tools and stations, set up a measuring scheme and monitor them in real-time, build dashboards, and discover how to interpret measured values, create reports, or analyze the data in the Process Analyzer.
Course Details
Course Content
>Overview of the Modules
>Working With a Measuring Tool in MeasurLink
>Making a 2nd Run
>Adding an Image to a Run
>Traceability and Report
>Real-Time Data and Interval Measurement
>Proces Analyzer
>Security Center
Target Group and Course Duration
Targeted Audience:
- Students in technical vocational schools and universities
- Technical engineers and operators
- Service and sales specialists/consultants technical goods
- Interested individuals with basic technical knowledge
Course Duration: 10 - 12 hours
> E-Learning Course
Geometrical Deviations and Tolerances
This course is teaching you all basics and detailed scientific backgrounds for engineering tolerances and relationships including symbolic language on engineering drawings and computer-generated three-dimensional solid models that explicitly describe nominal geometry and its allowable variation.
It will enable you to understand the various geometric tolerances (e.g. form, orientation, location, run-out) and how to interpret them on an engineering drawing for manufacturing, measure and define a particular form, orientation, location, or run-out tolerance.
Course Details
Course Content
>What is Geometrical Tolerancing
>Indications
>Datum Reference and Datum Targets
>Form Tolerances
>Orientation Tolerances
>Location Tolerances
>Run-Out Tolerances
>Additional Symbols and Characters
>Geometric Tolerancing in PMI
>Practice Assignments
Target Group and Course Duration
Targeted Audience:
- Students in technical vocational schools and universities
- Technical engineers and operators
- Interested individuals with basic technical knowledge
Course Duration: 8 - 10 hours
> E-Learning Course
Reading Technical Drawings
Engineering drawings are more than simply a drawing, each one is a rich and specific outline that shows all the information and requirements needed to manufacture an item or product. This course teaches you that engineering drawings offer a lot more specific information and requirements than what a 2D or 3D-Model can do. Learn about Information, Title and Revision blocks, Bill of Material, Lines, and Tolerances. In addition, this course also covers the very basics of geometric tolerances, a much-needed skill in the world of quality control.
Course Details
Course Content
>Reading a Technical Drawing in a Nutshell
>Views
>Line Types
>Dimensioning
>Dimensional Tolerancing
>Section Views
>Scales
>Geometrical Tolerancing
>Surface Roughness Symbols
>Welding Indications
>Flat Patterns
Target Group and Course Duration
Targeted Audience:
- Students in technical vocational schools and universities
- Technical engineers and operators
- Service and sales specialists/consultants technical goods
- Interested individuals with basic technical knowledge
Course Duration: 24 - 30 hours