Canroon New Breakthrough In Induction Heating Technology

Science and technology are the primary productive forces, and innovation is the primary driving force for development. At present, a new round of scientific and technological revolution in the world is gestating and emerging, which is profoundly affecting the world's development pattern and profoundly changing the production and lifestyle of mankind. New technological factors accelerate the integration of resources in traditional industries, in order to adapt to development and remain invincible under the conditions of the new era. Canroon accelerates new breakthroughs in key core technologies, and concentrates on researching the perfect and close integration of intelligent induction heating and robotic arm to create an robotic arms intelligent induction heating system. 

Canroon robotic arm intelligent induction heating system can customize the corresponding heating plan according to the heating needs of different industries and different occasions, and can accurately control the heating position and time. At the same time, the induction heating system has intelligent control, intelligent computer interface, remote control and automatic fault diagnosis, miniaturization, suitable for field and other special occasions, intelligent, efficient and energy-saving control performance of the induction heating power supply system is becoming the future development goal.

The Canroon robotic arm intelligent induction heating system has been successfully applied in many industries such as welding, brazing, and quenching, further solving the application of induction heating in some special occasions, further saving manpower and improving production efficiency for enterprises. The robotic arm is the most widely used automated mechanical device in the field of robotic technology. It can be seen in the fields of industrial manufacturing, medical treatment, entertainment services, military, semiconductor manufacturing, and space exploration. The robotic arm can accept instructions and accurately locate a point in three-dimensional (or two-dimensional) space to perform operations. The robotic arm is more precise and efficient than human operation, and it further solves the application of some special occasions.


Robotic arm intelligent induction heating system experiment


Robotic arm intelligent induction heating system in the water-cooled chiller welding experiment

Why choose induction heating?

The advantages of induction heating: 

① There is no need to heat the whole, the deformation of the workpiece is small, and the power consumption is small. 

②No pollution. 

③The heating speed is fast, and the surface oxidation and decarburization of the workpiece is lighter. 

④The surface hardened layer can be adjusted as required, which is easy to control. 

⑤The heating equipment can be installed on the mechanical processing production line, which is easy to realize mechanization and automation, easy to manage, and can reduce transportation, save manpower, and improve production efficiency. 

⑥The martensite structure of the hardened layer is finer, and the hardness, strength and toughness are higher. 

⑦After surface quenching, the surface layer of the workpiece has a larger compressive internal stress, and the workpiece has a higher fatigue resistance. The future characteristics of induction heating equipment as the degree of automation control of induction heat treatment production lines and the high reliability requirements of power sources increase, it is necessary to strengthen the development of complete sets of heating process devices. At the same time, the induction heating system is developing towards the direction of intelligent control. The induction heating power supply system with intelligent computer interface, remote control and automatic fault diagnosis, miniaturization, suitable for field operations, high efficiency and energy saving control performance is becoming the future development goal.


The induction heating can be used in a variety of occasions, mainly include:   

1 )Metallurgy: smelting of non-ferrous metals, heat treatment of metal materials, stealing heat in the production of forging, extrusion, rolling and other profiles; welds in the production of welded pipes.

2 )Machinery manufacturing: quenching of various mechanical parts, and heating for heat treatment such as tempering, annealing and normalizing after quenching. Diathermy before pressure processing.

3 )Light industry: the sealing of cans and other packaging, such as the sealing packaging of the famous Tetra Pak brick.

4 )Electronics: heating for vacuum degassing of electron tubes。