Surface Metrology - KOSAKA
Discover the precision and versatility of Kosaka surface metrology products available at Scicron Technology. Our selection includes advanced solutions for surface roughness, contour, microfigure measurement and roundness and cylindricity analysis. Kosaka’s high performance instruments, like the EF580A-G18/G18D and the EC3600 series, are designed to meet the demanding requirements of various industries, ensuring accurate and reliable results. Whether for small scale or heavy duty applications, Kosaka’s measurement systems enhance quality control and inspection processes with cutting edge technology and ease of use.
Kosaka Roughness and Contour Tester SEF800-G
■ Measurement of Two-dimensional surface roughness and contour (form) is possible only by exchanging Pick-up■ With Plateau surface analyzing software and... Learn More
Kosaka Roughness and Contour Tester DSF-L800
■ Contour (form) and Surface roughness can be measured by ONE SCANNING with the DIGITAL SENSOR■ With Plateau surface analyzing software and Morphological contact-point filter■ Improved the... Learn More
Kosaka Roughness and Contour Tester DSF-K800
■ Contour (form) and surface roughness can be measured by ONE SCANNING.■ With Plateau surface analyzing software and Morphological contact-point filter■ Improved the positioning speed■... Learn More
Kosaka Microfigure Measuring Instrument ET5000
ET5000 can automatically measure large-size samples up to size 880 × 680 mm application with high accuracy. Loading\Unloading sample stage is available an optional.Used for fully automatic... Learn More
Kosaka Microfigure Measuring Instrument ET4000
Excellent in accuracy, stability and functionality, ET4000 is a fully automatic, most appropriate for measurement of micro figure, step height and roughness of FPD, wafers, hard disks, and other... Learn More
Kosaka Microfigure Measuring Instrument ET200A
- Suitable for surface roughness analysis and step hight difference measurement- High accuracy, high resolution and outstanding stability- Measuring for soft material is possible by microscopic... Learn More
