Ceiling drywall system roll forming machine

Ceiling drywall system roll forming machine
 

Product description:

Quick Details

  • Place of Origin: Jiangsu, China (Mainland)
  • Brand Name: DB
  • Model Number: OEM
  • After-sales Service Provided: Engineers available to service machinery overseas
  • Material: steel
  • color: any

Packaging & Delivery

Packaging Details: plastic film; 40GP container
Delivery Detail: 45days

Specifications

1. drywall Roll Forming Machine
2. Reliable and stable
3. ISO&CE certification
4. OEM of many companies.
5. Fast deliv

Ceiling drywall system roll forming machine

1.1 Main technical data:


1.1.1 Forming speed: 8-12 m/ min

1.1.2 Steps of rollers: 10 steps
1.1.3 Power of main motor: 5.5kw
1.1.4 Power of hydraulic motor: 2.2kw
1.1.5 Hydraulic power: 8MPa
1.1.6 Cutting: following mould cutting
1.1.7 Length of product: unlimited
Thickness of product: 0.6-1.2mm
1.1.8 Cutting accuracy:
Within 5m: less than +/ -1mm
More than 5m: less than +/ - 3mm
1.1.9 Control system: Industrial computer PLC transducer control


1.2 Main Parts:
1.2.1 Mechanical decoiler: outdiameter 1000, max loding capacity 1000kg

1.2.2 Electric control components and transducer motor: from Japan.
1.2.3 Driving system: Cycloid Pin-wheel decelerator, chain drive
1.2.4 Material of rollers: GCr15 bearing steel, quenched HRC 58~62
Material of shafts: 45# steel
Material of mould cutter: Cr12
NOTE: The rollers are designed to be changeable for different size of track. But the width mentioned here is usually not more than 100mm.
1.2.5 Diameter of roller shaft: 40mm
1.2.6 Material of machine base: whole-body welded.
1.2.7 Uncoiler: 3 meters long

1.3 Buildup of the machine
Mechanical decoiler, main forming unit, hydraulic following mould cutter, hydraulic system, PLC control system, unloading rack.



II Stud making machine
2.1 Main technical data:
2.1.1 Forming speed: 8-10m/ min

2.1.2 Steps of rollers: 12 steps
2.1.3 Power of main motro: 7.5kw
2.1.4 Power of cutting motor: 3kW
2.1.5 Hydraulic power: 25MPa
2.1.6 Cutting: following mould cutting
2.1.7 Length of product: unlimited
Thickness of product: 0.6-1.2mm
2.1.8 Cutting accuracy:
Within 5m: less than +/ -1mm
More than 5m: less than +/ - 3mm
2.1.9 Control system: Industrial computer PLC transducer control

2.2 Main Parts:
2.2.1 Mechanical decoiler: outdiameter 1000, max loding capacity 1000kg

2.2.2 Electric control components and transducer motor: from Japan.
2.2.3 Driving system: Cycloid Pin-wheel decelerator, chain drive
2.2.4 Material of rollers: GCr15 bearing steel, quenched HRC 58~62
Material of shafts: 45# steel
Material of mould cutter: Cr12
NOTE: The rollers are designed to be changeable for different size of stud. But the width mentioned here is usually not more than 100mm.
2.2.5 Diameter of roller shaft: 40 mm
2.2.6 Material of machine base: whole-body welded.
2.2.7 Uncoiler: 3 meters long

2.3 Buildup of the machine
Mechanical decoiler, main forming unit, hydraulic following mould cutter, hydraulic station, PLC control system, unloading rack. (A separate hydraulic puncher is equipped for punching holes when needed

2.4 Flow chart