Oktatás

Classroom Training for PC-DMIS Advanced Training - PC-DMIS GD&T - 2 days

Course summary/agenda:

The PC-DMIS Advanced GD&T course is targeted at individuals who have completed the PC-DMIS Level 1 course and wish to enhance their understanding of GD&T and how to implement that correctly in PC-DMIS. All GD&T types will be covered with practical examples throughout to aid learning. The course will provide a platform for trainees to create reports that follow the latest metrology standards, ensuring their workplace quality processes are based upon correct metrology data.

Classroom Training for PC-DMIS Advanced Training - PC-DMIS GD&T - 2 days

Course summary/agenda:

The PC-DMIS Advanced GD&T course is targeted at individuals who have completed the PC-DMIS Level 1 course and wish to enhance their understanding of GD&T and how to implement that correctly in PC-DMIS. All GD&T types will be covered with practical examples throughout to aid learning. The course will provide a platform for trainees to create reports that follow the latest metrology standards, ensuring their workplace quality processes are based upon correct metrology data.

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 for PC-DMIS Advanced Training - Bundle at our Hexagon Technical Centre - All Five Modular Courses - 5 days

Course summary/agenda:

Module 1 – Advanced alignments

Module 2 – Advanced auto features

Module 3 – Advanced scanning

Module 4 – Flow control and logic

Module 5 – Advanced reporting

Aims and objectives:

To provide:

• The level of competence and understanding required of PC-DMIS and hardware by anybody involved in the measuring process

• The principal knowledge and practical training for people who are required to use dimensional measurement techniques to complete their daily tasks

• The tools to instil and encourage a questioning culture

Enabling:

• An advanced understanding of the metrology process and how your PC-DMIS software is used to maximise efficiency.

Course Summary:

• Anyone using measurement equipment in the workplace
• Manufacturing & engineering personnel
• Design staff
• Production supervisors & managers
• Quality control personnel
• Measurement technicians
• Process planners
• Apprentices
• Those who have completed Level 1

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

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