Introduction to APOLLO: Smart Condition Monitoring for Measurement Machines
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What you'll learn
Your host
Shaun Wissner, Product Manager for APOLLO at Hexagon.
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Our Privacy Notice describes how we process Personal Data about you. It also provides information on how you may exercise any of your rights as a Data Subject. You have the right to withdraw your consent at any time by clicking on the "Unsubscribe" link within the electronic marketing communications sent to you. By submitting this form, you agree to our Terms of Use.
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Detail of session - timeslot during event
Speaker bio detailing information:
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Job title
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Detail of session - timeslot during event
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Title of session
Real-time machine health visibility — See whether every CMM is running, paused or in error the moment its status changes, with instant fleet-wide alerts.
True CMM utilization and OEE — Break a single utilization number into error, idle, queue and setup time.
Measurement confidence — Link every measurement to the conditions it was taken under, and catch drift early.
Risk reduction — Capture every collision and rank it by severity.
Condition-based maintenance — Calibrate when the data says you need to, not when the calendar does.
Speaker bio detailing information:
Full name
Job title
Company
Detail of session - timeslot during event
Speaker bio detailing information:
Full name
Job title
Company
Detail of session - timeslot during event
Speaker bio detailing information:
Full name
Job title
Company
Detail of session - timeslot during event
Title of session
Most quality teams manage their CMMs on instinct — estimating utilization, calibrating by the calendar, and finding out about faults, collisions or drift only after they've already affected operations.
There's a better way to run a metrology operation, and it starts with seeing what your machines are really doing.
Join us for the first webinar in the APOLLO educational series.
Hear it straight from the shop floor
Our featured guest, the Director of Quality at Orizon Aerostructures, shares how his team put APOLLO to work across their stationary CMMs.
With real-time visibility, they uncovered slow part changeovers as a hidden drain on capacity. The fix cut changeover time from 30–45 minutes down to just 5–10 minutes, and revealed CMM capacity the team never knew it had.
Stop guessing. Start seeing.
Your CMMs know exactly what's happening. Do you?
Most quality teams manage their CMMs on instinct — estimating utilization, calibrating by the calendar, and finding out about faults, collisions or drift only after they've already affected operations.
There's a better way to run a metrology operation, and it starts with seeing what your machines are really doing.
Join us for the first webinar in the APOLLO educational series.
Real-time machine health visibility — See whether every CMM is running, paused or in error the moment its status changes, with instant fleet-wide alerts.
True CMM utilization and OEE — Break a single utilization number into error, idle, queue and setup time.
Measurement confidence — Link every measurement to the conditions it was taken under, and catch drift early.
Risk reduction — Capture every collision and rank it by severity.
Condition-based maintenance — Calibrate when the data says you need to, not when the calendar does.
Shaun Wissner, Product Manager for APOLLO at Hexagon.
Our featured guest, the Director of Quality at Orizon Aerostructures, shares how his team put APOLLO to work across their stationary CMMs.
With real-time visibility, they uncovered slow part changeovers as a hidden drain on capacity. The fix cut changeover time from 30–45 minutes down to just 5–10 minutes, and revealed CMM capacity the team never knew it had.