Most people purchase a laser alignment system because they want accuracy. But how does one evaluate the accuracy of a laser alignment system? How do you get the most out of your laser alignment system? We will discuss the building blocks of a good laser system and how you can untangle the gobbledygook of tech specs in order to make the best selection for your applications.Understanding how a laser system works (not just how to operate it), will make you a better aligner. We will explore and break down the most common methodologies.Once you’ve selected a laser system, now it’s time to fight for the budget. We’ll give you some tools to help justify that investment.
1. Clear understanding of laser system resolution and accuracy
2. Why is angular resolution important?
3. Understanding the 3 common laser methodologies
4. How to use an ROI Calculator to justify investing in precision alignment tools/efforts
ABOUT THE PRESENTER
Ron is a Mechanical Engineer with a passion for machinery reliability, with a focus on laser alignment and vibration analysis. After a decade plus at Carrier as a Field Engineer, he joined VibrAlign as a field service tech (collecting/analyzing data, field balancing, alignments, etc.). After 15 years, he returned to his vibration roots and covered Latin America for a vibration instrumentation oem. Shortly after the merger of DLI Engineering and Azima he was recruited to support Azima DLI customers and distributors in Latin America and Australia for almost a decade. Today Ron is entering his third year as the Stealth Brand and Distribution Manager at Hamar Laser Instruments.