Training

Classroom Training - Introduction to geometric dimensioning and tolerancing (GD&T) - Hexagon Technical Centre - 1 day

Options:
This course can be delivered to BS/ISO or ASME Y14.5 standards. We also offer a ‘Virtual’ option for both courses.

Course summary/agenda:
• Introduction to geometrical product specification (GPS)
• Requirements of GD&T
• GD&T standards
• Interpretation of geometrical characteristics
• The implications of using certain geometrical characteristics
• Understanding datum reference systems (primary, secondary, tertiary. 6 Degrees of freedom)
• General tolerance
• Tolerance frames
• Understanding the GD&T symbols:
• Form tolerances
• Location tolerances (including maximum material condition principle)
• Orientation tolerances
• Runout tolerances
• Profile tolerances
• Surface texture principles
• New symbology
• Advanced features

Classroom Training - Introduction to geometric dimensioning and tolerancing (GD&T) - Hexagon Technical Centre - 1 day

Options:
This course can be delivered to BS/ISO or ASME Y14.5 standards. We also offer a ‘Virtual’ option for both courses.

Course summary/agenda:
• Introduction to geometrical product specification (GPS)
• Requirements of GD&T
• GD&T standards
• Interpretation of geometrical characteristics
• The implications of using certain geometrical characteristics
• Understanding datum reference systems (primary, secondary, tertiary. 6 Degrees of freedom)
• General tolerance
• Tolerance frames
• Understanding the GD&T symbols:
• Form tolerances
• Location tolerances (including maximum material condition principle)
• Orientation tolerances
• Runout tolerances
• Profile tolerances
• Surface texture principles
• New symbology
• Advanced features

Onsite Training - QUINDOS Level 1 – Basic  - 5 days

Course summary/agenda:
The QUINDOS level 1 - The basic course is designed for first time and experienced CMM users alike in terms of basic QUINDOS knowledge. The course begins with the basics of CMMs and an introduction to the QUINDOS software and machine configuration. The week progresses with advancing tasks enabling the delegate to build programs for the measurement and evaluation of Geometric Components, whilst learning optimised methods for programming. During the week there will be opportunities to fault find allowing the delegate to competently work when they are back in their workplace. During the course, we assess each delegate to ensure common tasks will be incorporated making the learning outcome more specific to each application.

Onsite Training - QUINDOS Level 1 – Basic  - 5 days

Course summary/agenda:
The QUINDOS level 1 - The basic course is designed for first time and experienced CMM users alike in terms of basic QUINDOS knowledge. The course begins with the basics of CMMs and an introduction to the QUINDOS software and machine configuration. The week progresses with advancing tasks enabling the delegate to build programs for the measurement and evaluation of Geometric Components, whilst learning optimised methods for programming. During the week there will be opportunities to fault find allowing the delegate to competently work when they are back in their workplace. During the course, we assess each delegate to ensure common tasks will be incorporated making the learning outcome more specific to each application.

Onsite Training - QUINDOS Level 2 – Advanced  - 3 days

Course summary/agenda:
The QUINDOS Level 2 course assumes an existing knowledge of QUINDOS and is designed to make users think outside the boundaries of typical measurement software practices. The focus of this course is to highlight the benefits of advanced measurement strategies, logicbased programming, methods of standardisation and illustrate ways to achieve companywide standards though a well-managed QUINDOS installation

Classroom Training for PC-DMIS CAD Level 1 (Tactile DCC) - Hexagon Technical Centre - 5 days

Course summary/agenda:
The PC-DMIS Level 1 course is targeted at individuals who have little or no experience with CMMs and want to gain the knowledge to write and execute measurement routines in PC-DMIS. The course starts with the basics of CMM operation and over the week expands to a level of understanding that will enable users to write, execute and edit PC-DMIS measurement routines and create accurate metrology reports for use in the quality control process. Topics covered include - probe definition and calibration, part alignment, measured and constructed features, the generation of automated measurement routines, and reporting measurement results.

Classroom Training for PC-DMIS CAD Level 1 (Tactile DCC) - Hexagon Technical Centre - 5 days

Course summary/agenda:
The PC-DMIS Level 1 course is targeted at individuals who have little or no experience with CMMs and want to gain the knowledge to write and execute measurement routines in PC-DMIS. The course starts with the basics of CMM operation and over the week expands to a level of understanding that will enable users to write, execute and edit PC-DMIS measurement routines and create accurate metrology reports for use in the quality control process. Topics covered include - probe definition and calibration, part alignment, measured and constructed features, the generation of automated measurement routines, and reporting measurement results.

Classroom Training - Introduction to geometric dimensioning and tolerancing (GD&T) - Hexagon Technical Centre - 1 day

Options:
This course can be delivered to BS/ISO or ASME Y14.5 standards. We also offer a ‘Virtual’ option for both courses.

Course summary/agenda:
• Introduction to geometrical product specification (GPS)
• Requirements of GD&T
• GD&T standards
• Interpretation of geometrical characteristics
• The implications of using certain geometrical characteristics
• Understanding datum reference systems (primary, secondary, tertiary. 6 Degrees of freedom)
• General tolerance
• Tolerance frames
• Understanding the GD&T symbols:
• Form tolerances
• Location tolerances (including maximum material condition principle)
• Orientation tolerances
• Runout tolerances
• Profile tolerances
• Surface texture principles
• New symbology
• Advanced features