The thermal break aluminum profile insertion equipment is a specialized processing equipment for producing thermal break aluminum profiles. Its core function is to complete the composite processing of aluminum profiles and thermal break strips. Its basic characteristics can be summarized from three dimensions: function, technology, and process:
1. Core Functional Characteristics
It mainly undertakes three core processes: tooth cutting, strip insertion, and rolling. Some equipment is an integrated design that can complete multiple processes simultaneously. It is a key production equipment for realizing the thermal break principle of thermal break aluminum profiles by "breaking the thermal bridge."
Its function is to create teeth at the groove where the thermal break strip is inserted into the aluminum profile, increasing the shear force and bonding tightness between the aluminum and the thermal break strip. Then, the thermal break strip is precisely inserted into the groove and rolled to fix it, ultimately ensuring the thermal insulation stability of the profile.
2. Technical Design Characteristics
Most adopt CNC systems/PLC intelligent control, supporting the storage and retrieval of parameters for different profile specifications. When changing profiles, the production mode can be quickly switched, reducing adjustment difficulty and improving processing accuracy and consistency.
The die head position supports multi-dimensional adjustment to accommodate thermally broken aluminum profiles of different heights and sizes, meeting diverse production needs. Some high-end machines adopt a double-sided, double-die head design, allowing simultaneous processing of both sides of the profile, increasing production efficiency by over 50%.
Mainstream configurations support variable frequency speed control, allowing adjustment of the profile feed speed according to production requirements, while also incorporating high-efficiency motors to reduce energy consumption.
