Cimbria color sorters for separating seeds, grains, foods, and industrial products with incredible accuracy and unmatched capacity. Multiple camera technologies are available in one machine to easily handle the most complex color sorting applications.
Cimbria OPTICAL SORTERS & COLOR SorterS
Bratney Companies offers color sorters from Cimbria to match any application, capacity and budget. Cimbria develops and manufacturers an entire range of optical sorters using the ultimate technologies for cleaning seeds, grains, food commodities and industrial products. Their flagship model, the CHROMEX, combines a full-color vision system with NIR and InGaAs technologies making it the most advanced vision-based sorter on the market - a testament to Cimbria's commitment to continuous research and development.
As a global pioneer in electronic sorting, Cimbria offers highly advanced technological solutions to meet the challenges of modern seed, grain, food and industrial color sorting applications.
Optical sorters are the modern machines for seed and grain processing and they are typically located near the end of the processing line, after mechanical separations, to ensure the highest quality finished product.
The CHROMEX optical sorter is the most advanced vision-based sorter on the market, proven excellent for sorting seeds, dry beans, peas, lentils and edible grains. The advanced CMOS cameras in its full-color vision system combined with NIR and InGaAs technology, allow the CHROMEX color sorter to see what other can't, separating the finest defects.
The HYPERSORT electronic sorter utilizes hyperspectral cameras to find and remove defects with the same color as good product. This color sorter excels at removing foreign materials from desired product making it well suited for the Nut Industry to efficiently and gently remove foreign materials from nuts.
The NEXT color sorter has long been the standard for the milling industry with is monochromatic and bi-chromatic cameras and RGB lighting. The NEXT optical sorter is an excellent choice in applications where the features and costs associated with other machines are not needed to achieve quality results.