Sheet Metal M Purline Roll Forming Machine For Roof Panel 0.4mm - 1.0mm

Delivery Time:70 days
Certification:CE

Sheet Metal M Purline Roll Forming Machine For Roof Panel 0.4mm - 1.0mm

Quick Detail:
 

Composition

This M-shaped purline roll forming machine consists of several parts, as listed below.
 
1. 3T passive decoiler
2. Roll forming machine
3. Hydraulic shear
4. Hydraulic station
5. Hydraulic punch system
6. PLC control cabinet
7. Run out table
 
 
Working process:
 
Passive decoiling → guided material feeding → roll forming → punching → cut-to-length → running out
 
 
Description:
 

 Features

1. By adjusting the spacer, the purlin roll forming machine is able to produce six kinds of products with different specifications.
2. It adopts stepless variable speed drive, including manual type and automatic type, to fabricate different purlin panels, ensuring high precision and stable performance.
3. According to the customer\'s requirements, there are three options for the production process which are pre-punching and pre-cutting type (punching – cutting- pressing), pre-punching and post-cutting type (punching – pressing - cutting), as well as post-punching and post cutting type (pressing – punching - cutting).
4. Our purlin roll forming machine can be designed according to the drawings and requirements provided by our client.
 

Applications:

workshop warehouse hangar gymnasium theatre exhibition hall engine house industrial buiding civilian buiding

 
 
Specifications

Model	GWC M	Note
Applicable material	Galvanized sheet and carbon steel	This machine is customizable upon each customer\'s requirements and the characteristics of processed material.
Feeding width	185mm
Processing thickness	0.4mm - 1.0mm
Roller material	GCr15 bearing steel , heat treatment
Main motor power / hydraulic station power	5.5kW / 3kW	These parameters can be set according to the required production capacity.
Forming passes	16
Forming speed	5-15m/minute
Machine dimensions	6.5×1.3×1.2m
Machine weight	4T

Advantage:

High Quality ,Lower cost Durableness High efficiency Reliable working Low failure rate Low energy consumption