CGSL系列試驗室立環脈動高梯度磁選機（以下簡稱CGSL磁選機），適應于1.3毫米(-200目占30～100%)的細粒氧化鐵礦（赤鐵礦、褐鐵礦、菱鐵礦等）、錳礦、鈦鐵礦、黑鎢礦等多種弱磁性金屬礦的濕式分選和黑白鎢分離、黑鎢與錫石分離，也可用于非金屬礦如石英、長石、霞石礦的除鐵等方面。其轉環立式轉動，反沖精礦，并配有脈動機構。它具有富集比大、分選效率高、不易堵塞、對給礦粒度、濃度和品位的波動適應性強、工作可靠，操作維護方便等優點。

Laboratory CGSL vertical ring pulsation high gradient electromagnetic separator (“CGSL electromagnetic separator” for short) is used for wet separation of various weakly magnetic metal minerals such as finely grinded oxidized iron ores (such as hematite, limonite, siderite), manganese ores, titanic iron ores, and wolframite with the size of 1.3mm (those with 200 meshes account for 30% to 100%), as well as the separation of wolframite from scheelite, as well as separation of wolframite from cassiterite. It is also used to the deironing of nonmetallic ores such as quartz, feldspar, and nepheline ores. Its swivel rotates vertically, recoils concentrate, and is equipped with pulsing mechanism. It enjoys advantages such as big concentration ratio, high separation efficiency, no easy blockage, strong adaptability to the fluctuation of granular size, concentration, and grade of feeding ores, reliable operation, and easy operation and maintenance.

CGSL立環脈動高梯度磁選機從根本上解決了平環強磁選機和平環高梯度磁選機磁介質容易堵塞這一世界性技術難題，它具有富集比大、對給礦粒度、濃度和品位波動適應性強、工作可靠、操作維護方便等優點，該機分選弱磁性礦石實現了精礦品位高和回收率高的雙高優點。

CGSL electromagnetic separator fundamentally solves the worldwide technical problem that blockage often occurs in horizontal ring high intensity magnetic separators and horizontal ring high gradient magnetic separators. It enjoys advantages such as big concentration ratio, strong adaptability to the fluctuation of granular size, concentration, and grade of feeding ores, reliable operation, and easy operation and maintenance. Such machine realizes both high concentrate grade and high recovery rate during the separation of feebly magnetic minerals.

CGSL磁選機采用轉環立式旋轉方式，對于每一組磁介質而言，沖洗精礦的方向與給礦方向相反，粗顆粒不必穿過磁介質堆便可沖洗出來，從而有效地防止了磁介質堵塞。

CGSL electromagnetic separator adopts the rotation method of vertical rotation of swivel. For every group of magnetic medium, the direction of concentrate flushing is opposite to the direction of ore feeding. The coarse grains can be flushed without passing the magnetic media, so as to effectively prevent blockage of magnetic media.

設置礦漿脈動機構，驅動礦漿產生脈動流體力。在脈動流體力的作用下，礦漿中的礦粒始終處于松散狀態，可提高磁性精礦的質量。

Mount slurry pulsation mechanism to drive the slurry to produce pulstation fluid dynamics. Under the action of pulsation fluid dynamics, the ore grains in the slurry is always under a loose conditions so that the quality of magnetic concentrate can be improved.

平環高梯度磁選機對給礦粒度要求比較嚴格，我們研究了獨特磁系結構及優化組合的磁介質，使 CGSL磁選機給礦粒度上限達到2.0毫米，簡化了現場分級作業，具有更為廣泛的適應性。

The horizontal ring high gradient magnetic separators have strict requirements for the granular size of feeding ore. We have studied the magnetic media with unique magnetic structure and optimum composition.