The DARC-G random locator is a universal gravity environment simulation system and a universal two axis rotation cultivation system.

The DARC-G universal two axis rotary cultivation system mainly consists of two intersecting inner and outer rotary frames that can rotate around their respective axes. When in use, fix the experimental package onto the inner rotating frame to maintain consistent motion with the inner rotating frame. After the system starts running, the inner and outer rotating frames will make random rotational movements, and the experimental objects in the experimental package will rotate in the X \ Y \ Z three-dimensional space.

The unique design of the DARC-G universal two axis rotary culture system allows it to adapt to various culture containers, such as universal culture dishes, culture bottles, as well as specialized spherical bioreactor containers, matrix bioreactor containers, etc. The standard configuration capacity of the spherical bioreactor container is 1300ml, which can be used for single sample and large capacity cultivation, while the matrix bioreactor container can provide up to 18 independent cultivation chambers, making it more suitable for small capacity and diverse applications.

DARC-G can be used for simulating microgravity effects and supergravity simulations. There are multiple specifications and configurations available for selection. DARC-G is the first commercially available two axis 3D rotary cell culture system in China, which can benchmark against world-class products with nearly 30 years of history and hundreds of publicly available microgravity research literature. At the same time, DARC-G is also the world's first two axis 3D rotary cell culture system that has been launched for sale and adopts a replaceable modular design. For DARC-G, we have developed dozens of different modules and bioreactors to adapt to different application scenarios, thereby helping users to carry out various applications more conveniently and efficiently.

Characteristics and application scenarios:
1. True dynamic 3D rotary cultivation system;
2. The digital to analog switchable module is capable of handling almost all work scenarios;
3. Large sample size, 16 T25 culture bottles or 18 SG-RWV 5ml rotating wall reaction containers can be used each time;
4. Support one click semi gravity simulation, microgravity simulation on the surface of the moon and Mars;
5. Provide a single sample large capacity cultivation dedicated BV ball reactor reaction vessel, with a single cultivation volume of 1300ml;
6. The speed and gravity can be adjusted, with a speed adjustment range of 0-30RPM and a gravity adjustment range of 0.001-6g;
7. Suitable for fields such as cell biology, tumor research, tissue engineering, microbiology, plant research, cell research, tissue regeneration research, aerospace medicine, regenerative medicine, space medicine, etc.
 
Microgravity generally refers to the gravitational level between 10-3g and 10-5g, in which objects can be approximately assumed to be free from gravity, such as space stations and other environments. In recent years, with the continuous deepening of space exploration, more and more studies or phenomena have shown that many ecological behaviors are related to the influence of gravity. However, due to the limitations of traditional ground microgravity or zero gravity simulation platforms (such as traditional single axis gyroscopes, free fall towers, rockets, parabolic flights of aircraft, etc.), such as extremely short duration of microgravity or zero gravity generation, high simulation costs, or difficulties in sample recovery, conducting ground experiments based on microgravity environments is extremely difficult.

The DARC-G universal two axis rotary cultivation system provides an economical, reproducible, and easily obtainable solution for simulating microgravity effects in cultivation. Although DARC-G cannot create a realistic zero gravity environment like a tower, rocket, or airplane, it can simulate a low-cost, reusable, infinite time "microgravity environment" through two axis random rotational motion - simulating microgravity effects!
Note:
① The single axis gyroscope can provide microgravity effect simulation of about 10-2g to 10-3g. For information on the single axis gyroscope, please refer to our SARC single axis rotation culture system.
② The parabolic flight of an airplane can create a partially gravity (about 10-2g) environment, which usually lasts only about 20 seconds.

Please call+86 0 13862149980 for detailed information.