Cohort 1 UCC Server & CAMIO REVO(5-axis)

COURSE SPECIFIC LOGISTICS

COURSE DURATION:June 9th - June 13th, 2025. Five (5) days per schedule above and what’s posted on Eventbrite website

COURSE HOURS: 1:00pm-5:00pm (Monday), 8:00 am-5:00 pm (Tues., Wed., Thurs.), 8:00am-12:00pm (Friday) (Eastern Time, US)

SITE: University of Hartford, College of Engineering, Technology & Architecture

ADDRESS: 200 Bloomfield Ave., West Hartford, CT 06117

ROOM: Metrology Lab, Dana Hall, Room D102

UHART CONTACT: Allison Poulin (860-768-5795, [email protected]

PWA CONTACTS: Samantha Schadtle, Production Training Manager, Quality Systems

PWA CONTACT INFO.: [email protected]

INSTRUCTOR: Professor Chittaranjan Sahay (860) 768-4852 [email protected],

Prof. Suhash Ghosh ([email protected])

BREAKFAST/LUNCH: Provided when course is onsite.

COST: $2,000 per student

COURSE OVERVIEW

Come explore how to program a CMM equipped with a REVO 5-axis scanning probe with LK Metrology’s CAMIO software in this 32-hour course. This course will build upon the student’s knowledge of CAMIO and CMMS and highlight the capabilities and benefits of using the REVO probe head for constant contact scanning. Both 3-axis and 5-axis scanning will be covered along with the various scanning settings and parameters to ensure that the system performs optimally. Throughout the class, the students will gain confidence in the programming of the CMM utilizing the REVO and will leave with the knowledge to be able to tackle a basic programming/inspection task utilizing the REVO with confidence. Some labs and/or exercises will be completed offline using the CAMIO software, while others will be performed on the CMM.

TARGET AUDIENCE

PW Inspectors, Quality engineers, Manufacturing Engineers, and Supplier Quality Engineers/Representatives. Anyone involved with dimensional inspection, gage correlations, planning out manufacturing processes, and first article inspection reviews where the REVO system is being used on the CMM.

COURSE OBJECTIVES

Upon completion of this course, students should have a fundamental understanding of:

• The CAMIO interface
• Setup and use of UCCServer
• Probe creation & calibration
• Simple alignment using features measured with touch points
• Programming 3-axis scans using the REVO
• Programming 5-axis scans using the REVO
• Understanding scanning settings / parameters.
• Advanced scanning techniques, such as sweep scans.
• Tolerancing, output and reporting

Host or Publisher University of Hartford, Department of Mechanical Engineering