This equipment is specifically designed for the precision machining of radiators. Its core function is to perform integrated drilling, tapping, and chamfering on all four end faces of the radiator. It effectively adapts to the structural machining requirements of various radiators, significantly improving processing efficiency and process consistency, avoiding positioning errors caused by switching between multiple machines, and ensuring product machining accuracy.
Regarding hole machining accuracy control, the equipment strictly controls the machining center distance between two holes to 500 mm. Utilizing a high-precision servo drive system and CNC positioning module, it ensures the repeatability of hole spacing, meeting the hole matching requirements during radiator assembly and suitable for standardized machining in mass production scenarios.
Machining for an internal thread G1 (Two just for left-handed threads, second only to the right-handed threads). G1 specification internal threads, as non-sealing straight pipe threads, are characterized by strong versatility and excellent connection stability, adapting to radiator pipe connection scenarios. Left-handed threads can meet specific assembly requirements through special rotation design, preventing thread loosening due to vibration or other factors during use. Right-handed threads conform to conventional assembly habits, ensuring overall connection reliability.
In addition, the equipment integrates three processes: drilling, tapping, and chamfering, and can complete the processing of all four sides of the radiator in one go. The chamfering process can effectively remove burrs from the hole openings, avoid sharp edges from affecting subsequent assembly and use, and improve the uniformity of the product appearance. The equipment is compatible with the processing of radiators of different specifications. Through the CNC system, the processing parameters can be flexibly adjusted to take into account both processing flexibility and standardized production requirements. It is widely used in the precision processing of the radiator manufacturing industry.
| Removable travel of table(Vertical direction) | 120mm |
| Between two plankers moving distance(Before and after) | 350mm |
| Plankers rapid traverse speed | 3m/min |
| Main motor power | 4KW(2 sets) |
| Stepping Motor rated static torsional moment | 12N.m |
| Transducer power | 3.7kw(2 sets) |
| cooling pump power | 120W |
| Machine efficiency | around 42 seconds per radiator |
| Air pressure | 0.8 MPa |
| Operators required | 0.5 person (one people can operator two machines) |
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