Industrial Microscopes
![Ceramic tiles on a conveyor in an industrial manufacturing plant](https://industrial.evidentscientific.com.cn/modules/imageresizer/d37/8c1/09207dfb1e/450x150p640x427.jpg)
Cracking the Quality Code: Assessing Flaws in Glazed Ceramics Using Digital Microscopy
By 9 September, 2021
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![Measuring plolymer plaques for scratches with a laser microscope](https://industrial.evidentscientific.com.cn/modules/imageresizer/a02/c20/63c5a12653/450x150p375x125.jpg)
Getting Up to Scratch with Croda—Testing Anti-Scratch Additives for Polymer Plastics
By 23 July, 2019
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![Technical cleanliness](https://industrial.evidentscientific.com.cn/modules/imageresizer/635/c39/bda4006f39/450x150p375x125.jpg)
Breaking Down the Technical Cleanliness Workflow Part 6: Reviewing Results and Reporting
By 13 November, 2018
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![Digital microscopes producing a field of view of 22 mm down to 42 µm](https://industrial.evidentscientific.com.cn/modules/imageresizer/dd6/62f/03ca03d8ca/450x150p375x125.jpg)
From Macro to Micro: How Digital Microscopes are Changing Industrial Inspections
By 2 October, 2018
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![QC automotive paint finishing](https://industrial.evidentscientific.com.cn/modules/imageresizer/ba0/31b/65688207f5/450x150p375x125.jpg)
Flawless Finish? How Digital Microscopy is Transforming the Automotive Paint Shop
By 15 August, 2018
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![](https://industrial.evidentscientific.com.cn/modules/imageresizer/25c/32c/923f339123/450x150p375x125.png.jpg)
Acquiring High-Quality Images Through Silicon Without Damaging the Finished Product
By 12 September, 2017
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![](https://industrial.evidentscientific.com.cn/modules/imageresizer/b35/059/15a5e5df46/450x150p375x125.jpg)
Going Ballistic: Laser Scanning Confocal Microscopy Helps Identify Breech Face Markings
By 11 July, 2017
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