The truth of the matter is that there is no doubt about it. In the process of making an iron with a spoon, there is a laboratory  glassware washer, which looks like an ordinary performance room, which is actually an important cornerstone, and which is a “ground base” for researching the foundations of the world.

Case focus: Standard experiments start with cleanliness

Take the field of life sciences as an example. Every time a cell culture is carried out in a pure environment and every drop of reagent is accurately prepared, it is inseparable from the cleaning of the laboratory utensils. In the traditional manual cleaning mode, faced with a large number of sample bottles and test tubes, researchers often need to invest a lot of time and energy, but it is still difficult to ensure the consistency and efficiency of cleaning. This not only slows down the scale of the experiment, but may also introduce errors due to human factors, affecting the reliability of the data.

Glassware washer: technology empowers, balancing efficiency and quality

It is in this context that it integrates high-temperature and high-pressure spraying, special cleaning agents and intelligent monitoring systems to form a standardized and accurate cleaning solution. Under the action of high temperature and high pressure, the residue is emulsified and peeled off, making each vessel look brand new. At the same time, the modular design greatly increases the cleaning capacity. Taking a 25ml volumetric bottle as an example, a single cleaning can reach 396 digits, which can be completed in just 40 minutes, effectively alleviating the workload of scientific researchers.

Safety and standards go hand in hand

Safety is the red line that cannot be crossed in scientific research activities. The bottle washer reduces the operating risk through the fully enclosed cleaning cavity design and multiple safety warning monitoring. The independent built-in liquid storage cabinet simplifies the cleaning process, reduces the direct contact between operators and chemical substances, and ensures the health and safety of personnel. In addition, accurate detergent concentration ratio and real-time cleaning monitoring ensure that each utensil can meet the strict cleaning standards of the laboratory, laying a solid foundation for the accuracy of experimental data.