5-Axis Machine Accuracy Training

presented by IQL Independent Quality Labs, Inc.

IQL Independent Quality Labs, Inc.  IBS Precision Engineering  CCAT

$1295

hosted by Connecticut Center for Advanced Technology, Inc.

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Abstract | Who Should Attend | What You Will Learn | Prerequisites | Instructors | Facility | Outline | Full Agenda [pdf] | Registration | Discount | IQL Contact | Lodging


Abstract

This three-day course on 5-Axis Machine Tool Metrology Applications provides the understanding and application of fundamental metrology principles specific to the testing and improvement of 5-axis machine tools. Through lecture and demonstrations, focus is placed on the importance of functionally significant tests, the proper use of terminology for describing these tests and parametric test procedures as outlined in ANSI and ISO machine tool standards.

"Excellent content, well presented, a great value." - Applications Engineer

Who Should Attend

This course is designed for a wide variety of engineers and technicians concerned with machine tool productivity and purchasing specifications. Others who should consider attending this program include:

  • managers, engineers, technicians, and machinists engaged in:
    • plant management and supervision
    • manufacturing operations
    • quality assurance, control, and maintenance
    • factory, assembly, and field service
  • machine tool builders and designers, rebuilders and distributors
  • machine tool sales, service, and testing representatives
  • technology educators

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What You Will Learn

By attending this information-packed program, you will...

  • assess, characterize and understand the accuracy errors of multi-axis machine tools
  • identify the necessary tests for particular machine errors
  • create specifications based on standards
  • learn misconceptions of pitch error or axis compensation
  • communicate in terms used and understood by the machine tool community
  • prescribe the correct standard test procedures
  • compare the accuracy of similar machines and predict performance
  • make informed purchase decisions
  • discover the importance of proper foundations and machine mounting
  • identify adjustments to improve performance
  • understand the relationship between machine performance and on-machine measurement

See Course Outline for more...

Featuring the latest in 5-Axis Measurement Technology, including: Rotary Axis Analyzer System ("R-test")


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Basic Skills / Prerequisites

To attend this course, you should have a familiarity with machine tools (lathes, milling machines, turning centers, machining centers, etc.) and their functions, terminology, and applications. You should also be proficient with shop level math (trigonometry, algebra, geometry, etc.).

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Instructors

Robert (Buz) Callaghan

Robert (Buz) Callaghan, MSME, is the Senior Engineer at IQL Independent Quality Labs, Inc. He has over 49 years experience in precision tool and machine design and metrology. Buz has published numerous papers on the accuracy of CMMs and CNC machine tools. He is an active member of the ASME standard committees: B5.54 "Methods for Performance Evaluation of Computer Numerically Controlled Machining Centers" and B5.57 "Methods for Performance Evaluation of Computer Numerically Controlled (CNC) Lathes and Turning Centers" as well as a supporter of ISO 230 Test Code for Machine Tools. His expertise is sought after by those in the manufacturing community who want to understand machine behavior.

"Buz did an excellent job in delivering the information, addressing it to individual backgrounds and experiences, patiently addressing all questions and all levels of questions. He stayed focused on topic despite all of the varied questions...I appreciate his depth of knowledge, and his willingness and patients [sic] to convey that information to others." - Industrial Training and Support Engineer

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Host Facility

The Connecticut Center for Advanced Technology, Inc. (CCAT) is a nonprofit corporation that provides services and resources to entrepreneurs and businesses and, through collaboration with industry, academia, and government, helps companies innovate and compete, thereby strengthening our nation in the global market. Their core programs address military and civilian industrial manufacturing needs, promote energy planning and policy initiatives, stimulate innovation and improve workforce development efforts -- particularly those geared toward technology competitiveness. CCAT is also actively involved in researching and field-testing how advances in lasers, nanotechnology, computational modeling and next-generation manufacturing can aid the competitive needs of U.S. industry. CCAT is located at 409 Silver Lane, East Hartford, CT 06118. Please follow these Directions to the CCAT Advanced Manufacturing Center, rather than using a GPS.

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Schedule & Registration

Registration Fees

$1295

This fee includes all text and note materials, continental breakfast each morning and lunches each day of class. Interested parties may register through IQL.

Companies sending more than one attendee will receive a 10% discount on each additional registration.

Sign-in:

7:30 AM - 8:00 AM Tuesday

Course Hours:

8:00 AM - 5:00 PM Tuesday through Thursday

Substitution and Cancellations

A registration may be transferred by submitting the name of the substitute. A full refund will be made for cancellations received 10 working days prior to the start of class. A 10% service fee will be charged for cancellations after that date. Registrants who do not show up for the course will still be billed or may request a credit toward a future course.

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IQL Contact

Charlotte Gardiner

IQL Independent Quality Labs, Inc.

T: 866-549-2920 X-101

E: info@iqlinc.com

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Lodging

We recommend the Hampton Inn and Suites East Hartford. The Hampton Inn group code will be provided with your course reservation confirmation email.

There is also a Comfort Inn and Suites East Hartford nearby. In addition to all room charges, the attendee is responsible for transportation to and from the hotel each day of class.

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Course Outline

Introduction & Deterministic Method

  • Learn more about the latest ANSI & ISO machine tool standards
  • Why characterize machine tool accuracy?
  • Applying machine tool metrology principles
  • Definitions

Linear Axis Motions

  • Linear Axis Motions, Degrees of Freedom, Parametric Errors
  • ISO 230-2 Specification
  • Angular Errors, Abbe Principle, Angular Error Measurement
  • Straightness Errors, Straightness Measurement

Rotary Axis Motions

  • Rotary Axis Motions, Degrees of Freedom, Parametric Errors
  • Angular Displacement Measurement
  • Radial & Axial Error Measurement

Spindle Axis Motions

  • Spindle Axis Motions, Degrees of Freedom, Parametric Errors
  • Radial, Axial, & Tilt Measurement
  • Thermal Error Measurement

Axis Relationships

  • 3 & 5-Axis Degrees of Freedom
  • IQL Subclass Error Nomenclature
  • Single Axis Property, Multi-Axis Errors
  • ISO 230-1 Specification
  • Rotary to Linear Axis Alignments, Rotary to Rotary Axis Alignments

Static & Dynamic Errors

  • Static Compliance
  • Least Increment (Step)
  • Linear Interpolation, Circular Interpolation

Optimization and Diagnostics

  • Workpiece Accuracy Error Factors, Sign Conventions, Installation
  • Machine Design, Thermal Error Measurement

Controlling Tool Axes and Avoiding Collisions

  • Improving Cutter Path Accuracy with CAM
  • Optimizing Machine Cut Patterns

Multi-Axis Performance

Manufacturing Process Error Budget

  • Method, Process Error Budget, Machine Error Budget
  • Tolerance Consumption

On-machine Measurement

  • Probe Types, Volumetric Measurement Performance
  • On-machine Probing

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Agenda

5-Axis Machine Accuracy Agenda

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