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For the different shapes of tea leaves and tea stems, in combination with the spectral feature of image, the tea color sorter machine determines the shape and color algorithm to identify accurately defects in the materials. Different tea varieties are all available from original material, tea color sorting to final rejection to the end good product. This machine features to use the micro aberration distinguishing technology to effectively solve the sorting of tea with stems.

Otherwise, the tea color sorter machine adopts double layer and double sided with 360 degree view of identification to substantially increase the sorting performance. We use both the double-layer sorting system to complete sorting of materials and dedicated feed system ensuring uniformity of materials at one time to reduce damage to tea leaves.

Jietai Intelligent Technology equipped cereal color sorter machine view in both monochromatic ‘visible' light and NIR wavelength(s) simultaneously. NIR can be used to remove defective and foreign material that is the same visible color as the good cereal products. Examples include clear glass in white rice, brown stones in peanuts, mould damage in almonds, cob in corn grits, burnt material in flaked breakfast cereals, etc.

Foreign material can react differently to varying NIR wavelengths and therefore our tri-chromatic machines sort in two different mono wavelengths plus one NIR or one mono plus two different NIR wavelengths at the same time. Our tri-chromatic technology has an enviable reputation in the cereal and grains sorting industry, in many cases completely removing the need for manual inspection tables.

Near-Infrared (NIR) sensor technology coupled with highly sensitive algorithms are likely the most efficient and consistent plastic sorting technologies due to their high sorting accuracy in separating desired plastics from mixed waste, as well as sorting plastics by color and resin types. Identification algorithms then rapidly categorize the different “signatures” of polymers from their infrared spectra.

Around 1930, the idea of a machine able to sort by color was introduced in the US. By 1937, the first color sorting machine was made in England. The first color sorting machine was introduced to Japan in 1966 and the usage of these machines has since spread worldwide. Put simply, color sorting machines can detect and remove materials based on colors and visual elements not previously possible with conventional sorting machines. 

Discolored or damaged rice and foreign substances could now be sorted out by these machines, thus the product quality significantly improved.  Recently, due to traceability issues, farmers themselves have started to purchase rice color sorting machine due to the demand of consumers who prefer to purchase directly from farmers.

Installation:

While you are installing the tea color sorter machine, please avoid vibration and other interference in order to keep a good working condition of the equipment.

Nowadays, the idea of environmental protection increasingly becomes a big and important issue due to the deterioration of environment and abnormal climate. Hence, everyone should go green since the ordinary days; for instance, separate the recycled products like plastic bottles from normal garbage in different garbage can. Accordingly, the recycled plastics will be transferred into the plants for processing which covers the solutions of plastic color sorting.

The plastic color sorting machine is able to work on various kinds of recycled plastics, including colorful PE bottle caps, PET bottle flakes, ABS crushing material, PP milk bottle flakes, transparent organic glass and a variety of other colorful mixed plastics; no matter they are pallets or flakes.

　 电动葫芦主要分类：环链电动葫芦、钢丝绳电动葫芦（防爆葫芦）、防腐电动葫芦、双卷筒电动葫芦、卷扬机、群吊电动葫芦、多功能提升机。

　　电动葫芦的组成部分有：电机、传动机构、卷筒和链轮。以电机和卷筒相互位置不同大致可分为四种 电动葫芦结构图类型。

　　环链葫芦是一种轻小型起重设备。环链电动葫芦由电动机，传动机构和链轮组成。环链电动葫芦全部按照国际标准生产，机身外形美观，结实耐用，内部齿轮全部经过高温淬火，增加了齿轮的耐磨性和韧性，采用国际最先进的工艺，做工精细，齿轮间契合严密，

使用范围：