SCSS-B10 series self gas controlled stackable constant temperature oscillation incubator (self gas controlled constant temperature shaker)

The design of the SCSS-B10 series self controlled constant temperature oscillation incubator (self controlled constant temperature shaker) fully considers the requirements of GMP, GLP, etc. The operating box is equipped with UV ultraviolet sterilization and high-temperature sterilization functions, which can achieve automatic sterilization of the internal environment. The inner wall of the operation box is designed with rounded corners and can store liquids with a depth of no more than 5mm (equivalent to 2.5L of liquid), which is convenient for daily cleaning. In addition, if the liquid accidentally spills during daily use, it will not damage the equipment. In addition, the interlocking design between the front door and the UV sterilization lamp can prevent burns caused by strong UV rays due to misoperation during the sterilization process.
The SCSS-B10 series adopts flexible synchronous belt transmission, which is softer in transmission. At the same time, in order to avoid the long-term self heating of high-power motors affecting the temperature stability inside the incubator, the SCSS-B10 series adopts an external drive design, with the drive part completely separated from the incubator, thus completely eliminating the adverse effects of motor self heating.

Product features:
GMP/GLP compliant design: The incubator follows GMP and GLP standards to ensure high standards and strict requirements for experiments;
2. Humanized operation: Two options are provided for the front door opening method and control panel position to adapt to different stacking positions, ensuring a comfortable operating height for users. The first and second floors adopt a downward flip door and an upward touch control panel; The third and fourth floors adopt an upward flipping door and a downward touch control panel;
3. Flexible synchronous belt transmission: External synchronous belt flexible transmission, low noise, smoother, and more convenient maintenance and replacement of transmission components;
4. External drive motor: The motor is remotely mounted to avoid the impact of the heat generated by the high-power drive motor's long-term operation on the temperature inside the operation box;
5. Built in UV sterilization: Two 8W UV sterilization lamps are installed on both sides of the operating box to ensure more thorough sterilization inside the box;
6. Anti slip design: Each layer is designed with 2-2.5mm anti slip "C" shaped steps at the top to prevent accidental slippage of the upper layer during stacking and use;
7. The operating box can store water: The fully enclosed stainless steel operating box can store liquids with a depth of no more than 5mm without damaging the equipment;
8. Suitable size: It can be better matched and placed with the laboratory console. The single-layer appearance size is about 1200 * 625 * 550mm in length and width. It is recommended that the overall appearance size after stacking 4 layers is about 1200 * 625 * 2200mm;

Application scenarios:
1. Cell culture: used for cultivating cell lines, suspension cells, primary cells, etc., providing suitable temperature and oscillation conditions to promote cell proliferation and growth.
2. Bacterial and Microbial Cultivation: Simulating the natural growth environment of microorganisms to accelerate their reproduction process, suitable for the cultivation of Escherichia coli, yeast cells, fungi, etc.
3. Molecular biology experiments: Provide necessary temperature conditions and oscillation assistance for mixing and separation during the extraction, purification, and analysis of DNA, RNA, and proteins.
4. Enzyme reaction: Maintaining the optimal temperature for enzyme activity while oscillating helps to ensure thorough mixing of substrate and enzyme.
5. Hybridization experiment: In DNA or RNA hybridization experiments, a constant temperature is provided to promote the hybridization reaction.
6. Drug screening: used to test the effects of different drugs on cells or microorganisms, accelerating the drug development process.
7. Biochemical reactions: Provide uniform temperature and mixing conditions in biochemical reactions that require oscillatory mixing.
8. Organizational cultivation: In tissue engineering, providing a suitable environment for the growth and development of tissue samples.
9. Fermentation process: Simulate natural fermentation conditions for use in the food industry and biofuel production.
10. Sample preparation: used for mixing, dissolving, and extracting samples.
11. Stability testing: Provide constant temperature and oscillation conditions to simulate actual usage environments for stability testing of drugs or chemicals.