Cooking & Baking Equipment

Single-layer mixing tank is an efficient and accurate mixing equipment, and its manufacturing process integrates advanced technology and fine processes to ensure the quality and stability of the product. High precision laser cutting equipment is used to cut the plate of the mixing cabinet accurately, and the computer numerical control (CNC) bending machine is used to bend the cut plate. For parts that need to be stretched, special molds are used for stretching treatment. The components of the mixing cabinet are connected by welding process. The shell of the mixing cabinet is brushed and polished to make its surface show a fine and uniform texture. Assemble the components of the mixing cabinet that have been processed by the aforementioned process. The assembled mixing tank is pressure-tested to check its ability to withstand pressure. The mixing effect and flow rate of the mixing cabinet were tested.
CTT can produce high quality, stable performance of laboratory single-layer scale stainless steel mixing tank to meet the various needs of customers.

Custom production of laboratory single-layer scale stainless steel mixing tank involves a series of delicate professional production processes: Using laser cutting technology, according to the design drawing precise cutting of stainless steel plate. Precise bending according to numerical control (computer numerical control) bending machine. CNC bending machine can be automatically operated according to the preset program to ensure the accuracy of bending Angle and improve efficiency. For parts that require a unique shape, select a die drawing process. According to the precise design of the mold and the precise control of the drawing machine, the complex appearance can be made to meet the conditions. The stainless steel mixing tank of laboratory single-layer scale was polished by wire drawing. The process can remove the raw edge and oxide layer on the surface, make the surface more smooth and beautiful, and improve the corrosion resistance and wear resistance of stainless steel. All parts are processed and then assembled. At the same time, strictly check the assembly quality to ensure the stability and reliability of the product. After assembly, the pressure test was carried out on the mixing tank. According to the increase of a certain pressure, check the sealing and bearing capacity of the mixing cabinet to ensure that the mixing cabinet can operate normally in the laboratory environment and bear a certain external force. Perform flow tests on the fluid systems in the mixing tank, such as mixing liquid lines and pumps. By measuring the liquid flow rate and flow rate under various conditions, it is ensured that the fluid system of the mixing tank can meet the test requirements and has good stability and controllability.

Frame construction: Select the appropriate steel, through the precision laser cutting and welding process, the steel is spliced into the basic structure of the frame. The welding process requires precise control of temperature and welding time to ensure strong welding points and structural stability.

Cleaning and polishing: The surface of the frame is treated after construction. Clean the welding slag and oxide on the surface of the frame with a metal brush, and then polish the surface of the frame with a polishing process to make it smooth and improve the appearance quality.

Car Chassis frame is an important part of the car, it is the skeleton of the car, supporting the entire body and engine and other important components. The Chassis frame is made of large steel pipes or steel plates welded together, and its main role is to support important components such as the body and engine, while also being able to withstand various forces and vibrations when the vehicle is driving.

The chassis frame plays a crucial role in the structure and performance of the car, providing the necessary support, stability and protection for the vehicle.