Noncontact Vision Measurement System Targets Accuracy, Throughput Needs Inherent to Mold Manufacturing
The Mitutoyo Quick Vision Pro Series speeds up run time, incorporates non-stop measurement capabilities and keeps the part in focus for mold and die applications.
Photo Credit: Mitutoyo America Corp.
Mitutoyo America Corp. announces the release of the Quick Vision (QV) Pro Series, the latest generation of Mitutoyo vision measurement systems that are ideal for 3D noncontact measurements of workpieces and high-throughput production, important features for maintaining the ultimate level of accuracy and repeatability using injection or die molds. The QV Pro Series in particular delivers more speed, efficiency and versatility to the company’s vision measurement line.
The QV Pro Series features a newly developed StrobeSnap vision measuring function that speeds up run time by approximately 35-45% regardless of measurement position or continuity while achieving higher throughput and high-precision measurements. Auto focus on the QV Pro Series is reported to be about 39% faster than previous models, without loss of accuracy.
An optional Stream function realizes very high throughput using non-stop measurements that synchronizes the main XY unit drive and strobe lighting. Stream takes images intermittently without stopping the stage and performs batch measurements at the same time, greatly improving measurement speeds, according to the company.
Optional Tracking Auto Focus (TAF) utilizes a laser tracker that will keep the part in focus while moving the joystick, eliminating the need to keep manually focusing on the part if it is not flat. When a part program is running, TAF keeps the part in focus, so the program does not have to stop for auto focus and stops potential errors from occurring if the part is out of focus. TAF cuts speed measurement times by approximately 30%, further improving throughput while maintaining high accuracy.
All the QV Pro Series machines can be retrofit with Stream capability, RGB (red, green, blue) illumination systems and side-mounted touch probe kits.
Related Content
-
Surface Finish: Understanding Mold Surface Lingo
The correlation between the units of measure used to define mold surfaces is a commonly raised question. This article will lay these units of measure side by side in a conversion format so that companies can confidently understand with what they are dealing.
-
The Ins and Outs of Hot Runner Temperature Control
A training checklist that explains the why and how of proper hot runner temperature control and system management.
-
How to Achieve the Best Mold Finish
A look at factors that impact the polishability of tool steels and recommendations for obtaining a high-gloss finish.