What Is Cooker Making Machine?

We participated in one of the high-profile exhibitions--IMTEX FORMING 2024 in India in January this year.
At the exhibition, we met many well-known local companies and demonstrated our professional strength at the same time. We successfully invited some companies to visit our company after the exhibition.
We hope that in the near future, we can provide professional machine technical support to more Indian small household appliance and cookware manufacturers.

How 4 Machines Create an Electric Kettle
Curious about the process of an electric kettle takes from raw materials to the appliance in your kitchen?
Here's a glimpse into the 4-step manufacturing process using high efficient machinery:
Clamp Welding Machine:
This machine welds the initial components, ensuring a solid and durable foundation for your kettle.
Kettle Spout Welding Machine:
Next, the spout is welded with precision, ensuring a perfect pour every time.
Gluing Machine:
This step involves sealing and securing various parts of the kettle, ensuring no leaks and a sleek finish.
Body and Heating Plate Rolling Machine:
Finally, the body and heating plate are rolled together, providing the necessary shape and functionality for rapid boiling.
Why Our Machines Are Well Appriciated By Our Clients:
① Low Investment: Get started without breaking the bank.
② Efficient Production: Save time and increase output with our streamlined process.
③ Small Footprint: Ideal for facilities of all sizes, making it accessible to more manufacturers.

Take action right now! Have a try about our machines!
#ElectricKettle #Manufacturing #Innovation #Efficiency #Technology

Creating a pressure cooker body involves a series of precise and methodical steps to ensure durability and functionality. Here's a detailed look at each stage of the manufacturing process.

Traditionally, producing cookware involved numerous steps, including painting, which added to the overall cost. However, with the advancement of technology, it is now possible to produce cookware using just four machines, saving costs and increasing efficiency.

High frequency induction heating brazing machine is a specialized piece of equipment used in the manufacturing process to join two or more metal parts together by melting and flowing a filler metal into the joint. The filler metal has a lower melting point than the workpieces being joined. Brazing creates strong, durable joints without melting the base materials.
Functions of a Brazing Machine:
Heating: The primary function is to heat the metal parts and filler material to the appropriate temperature, typically above 450°C (842°F), allowing the filler to flow into the joint.
Filler Application: It applies or introduces the filler metal to the joint area. The filler metal flows into the gap between the parts by capillary action.
Atmosphere Control: Some brazing machines operate in a controlled atmosphere (e.g., in a vacuum or with a specific gas) to prevent oxidation and improve joint quality.
Cooling: After the brazing process, the machine controls the cooling rate to ensure the joint solidifies properly and maintains the desired mechanical properties.
Automation: Many brazing machines are automated, which allows for consistent and repeatable brazing processes, especially in mass production environments.

Applications:
· Automotive Industry: Joining components like radiators, air conditioning units, and fuel systems.
· Aerospace: For assembling parts that require strong, reliable joints capable of withstanding high temperatures and stresses.
· Electronics: Brazing is used to assemble small, intricate parts where precision and strength are crucial.
· HVAC Systems: Used in the production of heat exchangers and other components.
Brazing machines can vary widely depending on the specific materials being joined, the scale of production, and the required precision of the joints.