Thought Leadership

Heron MFDC technology is widely used in spot, projection, seam and diffusion welding of non-ferrous metals, high-temperature alloys, low carbon steel, stainless steel, high-strength steel, galvanised steel, aluminium alloys and other materials.

Are you facing the challenge of joining diverse materials in the evolving automotive industry? Look no further! Heron provides cutting-edge resistance spot welding technology tailored for complex welding tasks and hard-to-weld metals. Our solution "Making Joining Simple" ensures quick, precise, and spatter-free joins for a variety of materials, surfaces, shapes, and thicknesses.

While most are now familiar with the concept of Industry 4.0, the industry is getting ready to embrace Industry 5.0. In this article, we highlight some key features of both movements and how it applies to the work we do at Heron.

Carmakers are pushing ahead with the digitization of their production by adopting real-time quality monitors. The digital quality monitors developed by Heron, help replace arduous sampling and breaking inspection processes.

From traditional techniques and processes to robotic automation and artificial intelligence (AI), the welding industry is constantly evolving to meet the demands of modern manufacturers.

Welding is a necessary process in modern manufacturing and is widely used in automotive production. What types of welding can automakers consider adopting in the production of different parts and components?

As electric vehicles continue to develop, the demand for more efficient and environmentally friendly resistance welding technology is increasing. Heron has been committed to developing green welding processes for new energy vehicles.

MFDC (Medium frequency) welding and AC welding are two common welding processes that have different characteristics during the welding process. Here, we will introduce to you, MFDC welding VS AC welding, which is better?

Hot stamping steel has multiple advantages, including reducing the weight of the car, high strength and hardness, superior toughness, and excellent formability. It is widely used for key parts and components of the automotive body frame.

During the manufacturing of air conditioning compressors, have you encountered any problems with welding liquid storage tanks? Let us explain why that might be the case.

Hot stamping steel is widely used in automotive body parts manufacturing. The tensile strength of general high-strength steel is around 400-450MPa, while the tensile strength of hot stamping steel reaches 500-800 MPa before heating.

The following section introduces welding points for common auotmobiles - cars and cargo vehicles.