Automatic Refrigeration Return Tube Bending Machine
Purpose: The return bender serves as core processing equipment dedicated to the full-flow fabrication of coil copper tubing, integrating sequential procedures including coil uncoiling, material straightening, fixed-length sawing and precise forming into standard U-shaped return bends for refrigeration pipelines.
As a diversified processing solution catering to varied production demands across different manufacturing scales,
Automatic Return Bending Equipment realizes streamlined automated feeding and continuous forming, eliminating repeated manual handling and effectively improving overall production consistency. Targeted at medium-volume standardized component production, the mature-structured
Automatic Return Bending Machine optimizes mechanical transmission layout to stabilize pipe forming precision, perfectly matching the batch manufacturing requirements of air-conditioner condensers, evaporators as well as water heater internal pipeline assemblies. For high-precision, multi-specification customized processing scenarios, intelligent digitally controlled production relies on
CNC Return Bending Machine, whose numerical control system supports parameter quick switching to adapt to copper pipes with different wall thicknesses and pipe diameters.
Widely deployed in HVAC and household appliance heat exchanger workshops, the complete product lineup covers small-batch trial production to large-scale mass fabrication. All equipment strictly controls dimensional tolerance during bending molding, avoids copper tube deformation or cracking, guarantees finished U-bend dimensional uniformity, and greatly lowers raw material wastage, becoming indispensable processing machinery for heat exchange component production.
Specification:
| copper diameter | Φ5-22mm |
| Bending pipe quantity at one time | 2 pcs or 3 pcs or 5 pcs |
| Processing speed | 8 times/min- 10 times/min. |
| other more parameter will be customized according to actual pipe specification and requirements. |


