In photonics, fully automating a new product’s assembly line from the start is almost always unrealistic since high-precision multi-axis positioners are costly and have limited capabilities. The result is low profitability and challenges in scalability, so this kind of investment is rarely justifiable.
To explore more cost-effective options, XVP Photonics, a photonic product and manufacturing process developer, conducted a series of measurements with the Meca500, the world’s most compact and precise six-axis robot. They had one question: Can the Meca500 perform optical alignment and assembly tasks in a budget-constrained, low-volume product introduction?
In this white paper, you’ll explore how XVP measured the Meca500’s performance in optical alignment and other tasks such as parts handling and glue dispensing. You’ll also learn how the robot’s precision and flexibility make it ideal for meeting the requirements of micro-optic assembly.
Some key learnings
Here are some of Meca500’s achievements based on the observations made by XVP Photonics:
Who should read this white paper
About the Meca500
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