In the world of organic synthesis, the platform for experiments is typically separated into two: the central experimental platform and the side platform. The side platform is typically equipped with a vacuum system, electronic balance, and oven. It provides additional space and resources for conducting research and experiments. To ensure proper organization and functionality, it is critical to maintain an orderly and efficient workspace.
The central experimental platform comprises of various components that collectively form an essential part of the laboratory setup. These include a sturdy platform body, a reagent rack, and a pool cabinet. The table, reagent rack, and reagent shelf are designed using top-quality physical and chemical board, which is highly resistant to corrosion and solvents. The pool cabinet is strategically placed either at one end of the table or in the center to provide easy access and convenience. A glass instrument drip rack is installed above the pool to allow for safe and hygienic disposal of waste.
The cabinets or drawers created from the experimental table offer a practical storage solution for a wide range of instruments and supplies. These versatile storage units consist of multiple layers of drawers, organized in increasing order from top to bottom. Each layer is designed with compartments and dividers, making it easy to store and sort various supplies and delicate glass instruments. To further enhance functionality, the experimental platform can be equipped with a gas pipeline, allowing for convenient access to gases. Additionally, a low-pressure nitrogen pipeline can also be installed, catering to specific experimental requirements. The overall structure of the experimental table includes a sturdy fixed iron frame, ensuring stability and durability. With these features in place, the experimental table becomes an essential piece of equipment in any laboratory or scientific facility.
The bench can be effortlessly managed by dividing it into multiple units or areas. The experimental platform at the center is primarily used for reaction preparation, conducting simple tests, and post-treatment. Meanwhile, the fume hood is utilized for carrying out reaction operations safely.
The synthesis reaction requires a specific environment, which is why the fume hood was designed. This space comes equipped with a water supply pipe and a small pool to collect any excess liquids. A vertical iron frame is fixed near the rear wall of the fume hood, making it easy to secure the instrument used in the synthesis process. Various air valves and switches are placed on the outside for easy access.
Furthermore, it is essential to have proper ventilation in the laboratory, which can be achieved through the installation of windows, open holes, and ventilation fans. Adequate ventilation is necessary to maintain a safe and healthy environment for the laboratory occupants. Additionally, it is crucial to have fire safety equipment readily available in the laboratory. These measures, such as fire extinguishers and fire alarms, play a vital role in ensuring the safety of the laboratory and its personnel.