YS3010 Spectrophotometer: Economic Precision and Technology for Color Control
The YS3010 spectrophotometer developed by 3nh is an indispensable tool for professionals seeking a precise, reliable, and instrument for color measurement. Designed with an 8°/diffuse optical geometry, this model adheres to the strictest international colorimetry standards such as CIE No.15, GB/T 3978, ISO 7724/1, and ASTM E1164. It features a concave network technology for optimal spectral dispersion and enhanced measurement quality, with a spectral range of 400 to 700 nm at 10 nm intervals.
One of its main strengths lies in the combination of technical performance and ease of use. Thanks to its energy-efficient LED light source, it ensures a lifespan of over 3 million measurements. The 3.5-inch capacitive touchscreen simplifies data navigation, making the user experience intuitive. The YS3010 uses a 256-element dual-matrix CMOS sensor to ensure exemplary measurement repeatability.
It also stands out with its camera-based positioning system, enabling precise positioning on samples, whether they are leather, plastic, automotive paint, or food. Its 8 mm measurement aperture is compatible with SCI and SCE methods, meeting the needs for testing with or without specular component.
Precision is further enhanced by a highly durable and stable white calibration plate, accompanied by comprehensive PC software that enables quality control, data management, and color deviation analysis using various formulas (ΔEab, ΔE94, ΔE*00, etc.). The spectrophotometer supports a wide range of color indices such as whiteness (WI), yellowness (YI), opacity, and gloss at 8°.
In addition to its excellent technical performance, the YS3010 offers great autonomy with its built-in lithium-ion battery, allowing for up to 5,000 measurements in 8 hours. It can store up to 20,000 results, with the option for USB data transfer. Versatile, high-performing, and cost-effective, the YS3010 is perfectly suited for demanding professionals looking to manage their production chain with optimal color control.
