Laboratory shakers are divided into different types, such as orbital shakers, plate shakers, shaker incubators, and solar shakers.

FG Orbital Shakers are part of widely used laboratory equipment in different laboratories, including laboratories of pharmaceutical factories, universities, research centers, food industries, etc. The orbital shaker provides suitable conditions for mixing samples and culture medium by creating orbital movement.

From the beginning of 2016, FG started a new chapter in the quality production of these devices by producing a new series of rotator shakers. Small design points such as ergonomic body, comfortable use, and the use of high-quality raw materials have made these shakers among the best laboratory equipment.

The designers of the E series of FG laboratory equipment have tried to meet the needs of a wide range of users along with compliance with international standards. For this purpose, facilities such as uniform distribution of pressure and movement, digital display, smooth and uniform movement on the entire surface, and the use of unique technology CMT And the infrared odometer are installed to keep the speed constant and the engine protection system to prevent it from burning when the load exceeds the permissible limit.

The FG design manager assures you that this series of orbital shakers are completely competitive with European examples, which you will also realize after examining this series of FG shakers.

One of the important points of the FG orbital shaker machine is using 4 cranks on the 4 sides of the machine instead of using a spring. Due to the unique CMT system, for the first time in the world, instead of using 4 springs, we used four cranks in the four corners of the machine.
With this method, wherever you place the load on the moving plate, the resulting pressure will be spread over the entire surface, and the pressure will not be concentrated at one point. Therefore, the device has uniform and constant movement, and the process of mixing the solutions is done correctly and in less time.
Also, since the moving plate and the machine’s legs are connected through a crank instead of a spring, the movement of the moving plate is not transferred to the legs of the machine, and problems such as sound, vibration, and movement of the machine on the table are not observed in FG laboratory shakers.
At FG, using CMT technology, we increased the loading capacity on the moving screen up to 10 kg. Even in these conditions, the FG orbital shaker will continue to move smoothly and smoothly, and the device can work continuously and continuously.