Lithium Battery Thickness Gauge for
Coating and Calendering Lines
Optimize electrode manufacturing with a lithium battery thickness gauge
that delivers real-time, non-contact laser measurement.
Lithium Battery Thickness Gauge Solutions:
Uninterrupted thickness and width monitoring.
Unlock total control with our turnkey solution, featuring Virtual Micrometer + Scanning Frame + Measuring App.
More about our technology: How it works

MG1 installed on a coating line
In-line installation for continuous thickness measurements.
Learn more about our Turnkey solution for Coating and Calendering Lines

MGX is measuring coated electrode material
Benchtop thickness measurement solution.
Non-contact measurement protects your sample by avoiding the compression effect caused by micrometers. Your samples are protected and your results are accurate (up to +/- 1 micron) and reliable.
Discover Mate Gauge products for measurement lithium battery applications:
Manual thickness measurement tools, such as calipers and micrometers, are widely used primarily due to their low cost and familiarity. However, more and more companies are turning to modern laser gauging techniques as a proven way to increase the efficiency and quality of their processes and products.
Monitor in Real-Time
See thickness measurement results in real-time as your line continues to run.
Seamlessly Integrates
Mate Gauge effortlessly connects to your control system, unlocking a new level of quality control and optimization.
Build Better Batteries
High accuracy and minimal variance mean higher tolerances, enabling creative new battery designs.
Do you need a reliable lithium battery thickness gauge solution?
We're here for our customers throughout the entire process - from initial proof of concept to post-commissioning support.
It all begins with a conversation.
- Tell us about your production and thickness measurement challenges.
- Once we know more about you, we'll walk you through potential solutions.
- We can also discuss sending you samples or setting up a demo test.