The IAS-6100 is specifically designed to meet the challenges of the complex and variable environments in South and Southeast Asia. Equipped with a new spectral engine, DMD digital micromirror scanning technology, and an upgraded next-generation circuit board and algorithm, the IAS-6100 boasts enhanced anti-interference capabilities, ensuring stable and reliable operation in diverse settings. The built-in model has been comprehensively upgraded, with the addition of applications for the palm oil industry. It can detect free fatty acids, moisture, DOBI, oil content, and other critical parameters in crude palm oil, palm kernels, palm kernel meal, and production waste. Its compact and portable design allows for flexible testing in various locations, including offices, production sites, laboratories, and even in the field.
The IAS-6100 is user-centric, offering a new experience in intelligent interaction. It features a brand-new 7-inch industrial-grade touch screen that enables one-touch intelligent detection, making operation more convenient and faster. Capable of rapid, non-destructive testing of small particles, powders, strips, and pastes, it delivers multiple indicators at the touch of a button, ensuring more precise and efficient quality control.
- Stable and Durable
Built with advanced MEMS processing technology and military-grade micro-assembly techniques, it offers stronger resistance to high temperatures and a longer service life. - Multi-Industry Application
Applicable in the palm oil, feed, food, flour, and Baijiu industries, providing quick and comprehensive testing results. - Compact and Portable
Designed to be lightweight and portable, it flexibly adapts to various usage scenarios. - Simplified Operation
Featuring a user-friendly interface and a highly automated design, it reduces manual intervention and enhances detection efficiency. - Efficient and Precise
Near-infrared spectroscopy offers rapid, non-destructive, high-precision testing, ensuring accurate data. - Eco-Friendly and Energy-Efficient
No sample pre-treatment required, reducing the use of chemical reagents and supporting green production.