Nuclear Magnetic Resonance Oil Content Analyzer

The Nuclear Magnetic Resonance Oil Content Analyzer is a high-tech instrument specifically designed for measuring oil content in oil-bearing crops and their processed products. Utilizing NMR technology, this device operates on an embedded development platform and digital signal processing techniques to rapidly determine oil content in seeds such as soybeans, rapeseed, sesame, corn, cottonseed, sunflower seeds, peanuts, wheat, tung seeds, rice bran, tea seeds, and their corresponding cakes and meals. As an innovative product in the field of non-destructive testing, it features simple operation, high testing accuracy, and rapid measurement speed. Compared to similar domestic instruments, it employs proprietary “Frequency Auto-Locking Technology,” eliminating manual adjustments, reducing human error, and enhancing measurement precision and stability.

• Features a built-in 7-inch true-color LCD screen with a streamlined interface, operated via mouse and keyboard for a PC-like experience.

• Software upgrades are downloaded to a USB drive, inserted into the device's USB port, and automatically completed.

• The device performs non-destructive, pollution-free testing. Oilseed samples can be reused for pressing and processing after testing, eliminating waste.

• Stability is ±0.1%, ensuring high measurement accuracy and reliability. It employs intelligent classification detection for different species, with each measurement taking only 0.5 minutes.

• The software automatically adjusts frequency settings and provides step-by-step guidance through the operation process. Utilizing frequency auto-lock technology eliminates manual adjustments, simplifying operation, reducing human error, and enhancing measurement accuracy.

• Users can customize modes for more flexible and diverse printouts. Results can be saved directly on the machine or transferred via USB drive for processing on a computer.

• The device operates reliably in environments with strong electromagnetic interference, demonstrating robust anti-interference capabilities.