Refrigerator (cabinet) door shell forming line
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The refrigerator (cabinet) door shell forming line is a fully automatic production line. This line is generally composed of automatic feeding machine, punching machine, 90 degree bending machine, R bending machine, unloading machine, as well as supporting pneumatic system, hydraulic system, electronic control system and other parts. This line is used for feeding fixed length steel plates and manually taking materials after automatic forming. It mainly produces curved or flat refrigerator (cabinet) door shells.

It has the advantages of reasonable process layout, high production efficiency, good degree of automation, safe and reliable human-machine interface operation, convenient maintenance, and adaptability to a wide range of products.



The refrigerator (cabinet) door shell forming line is a fully automatic production line. This line is generally composed of automatic feeding machine, punching machine, 90 degree bending machine, R bending machine, unloading machine, as well as supporting pneumatic system, hydraulic system, electronic control system and other parts. This line is used for feeding fixed length steel plates and manually taking materials after automatic forming. It mainly produces curved or flat refrigerator (cabinet) door shells.

It has the advantages of reasonable process layout, high production efficiency, good degree of automation, safe and reliable human-machine interface operation, convenient maintenance, and adaptability to a wide range of products.


General technical performance parameters

Overall dimensions of the machine: 25000 × 3500 × 2000mm (L × W × H)

Component parameters: L=1650-400mm; W=500mm~700mm

Sheet material: cold-rolled sheet, laminated PCM sheet

Sheet thickness: 0.45~0.6mm

Production cycle: 15 s/pcs

Feeding method: belt conveyor or clamp conveyor

Capacity:~20Kw

Gas consumption:~1m3/h

Water consumption:~5 m3/h

Note: If customers have special process requirements, they can customize according to their needs, such as adding middle punching holes, reinforcing bars, molding, and end flanging.