Guide des prix de la machine de formage de pannes en C

C purlins are widely used for roofing and wall framing in industrial and commercial buildings. This article provides a comprehensive guide on c rouleau de panne formant la machine prices from different manufacturers.

Overview of c purlin roll forming machine price

C purlin roll forming machines are used to form continuous C-shaped purlin sections from metal coil. The purlins serve as secondary roof and wall supports.

Caractéristiques principales :

  • High production speeds up to 40m/min
  • Capable of forming thick-gauge sheets
  • Flexible roll tooling for size changes
  • Robust steel frame construction
  • Protections de sécurité avancées
  • Easy operation and maintenance

Principaux éléments

The major components include:

DérouleurHolds the sheet coil for de-coiling
AlimentateurFeeds metal sheet into forming stations
Supports de formationProgressively form C-shape with rollers
Système hydrauliqueProvides power to work stations
Système de contrôleAutomates and monitors the machine
Cutoff shearCuts purlins to length

Principe de fonctionnement

Le principe de fonctionnement est le suivant :

  • Sheet coil loaded and fed into the feeder
  • Forming rollers progressively bend the sheet
  • Hydraulic rams provide force to stations
  • Formed C-purlin cut to length by shear
  • Produced purlins stacked automatically
Prix de la machine à former les pannes
C Purlin Roll Forming Machine Price Guide 4

Types of C Purlin Roll Formers

C purlin roll forming machines are available in different types:

Number of Roller Stands

  • 10 stands for light sections
  • 16 stands for regular sections
  • 21 stands for heavy sections

Niveau d'automatisation

  • Manual material handling
  • Automatic stacking units
  • Fully automated with conveyors

Vitesse de production

  • Regular speed up to 25 m/min
  • High speed up to 40 m/min

Largeur de la feuille

  • Narrow up to 600mm
  • Medium up to 800mm
  • Wide up to 1000mm

Applications of C Purlin Machines

The C purlins produced find uses in:

  • Roof purlins in industrial buildings
  • Wall girts in pre-engineered structures
  • Cladding supports in factories
  • Rail and solar panel supports
  • Mezzanine and storage platforms
  • Agricultural and warehouse sheds
  • Commercial and aviation hangars

C purlins provide an efficient and strong building framework for roofs and walls.

Spécifications techniques

The key technical specifications include:

ParamètresValeurs typiques
Vitesse de formage18 – 40 m/min
Épaisseur de la feuille1.2 – 3 mm
Sheet Coil Width600 - 1000 mm
Purlin Height100 – 300 mm
Purlin Length2500 – 12000 mm
Roller Stands10 – 21 stands
Main Drive Motor7.5kW to 22kW
Source de courant380V, 50Hz, 3 Phase
Poids de la machine8000 – 15000 kg

Advanced machines can form up to 8mm thick sheets and produce very long span purlins.

Conception et construction

The C purlin roll former has a sturdy fabricated steel structure:

  • Cadre – Made from welded steel I-beams for rigidity
  • Housing – Fabricated from thick steel plates
  • Rouleaux – Hardened alloy steel with machined grooves
  • Paliers – Heavy-duty housed units to take radial loads
  • Entraînements – Ground gearbox with sprocket-chain drive
  • Contrôles – PLC + HMI touchscreen controls
  • Sécurité – Full safeguarding as per CE norms

Precision machined components and sturdy construction provide reliability and durability to the machine.

Normes de conception de l'outillage de roulage

The roll dies follow international standards:

  • C purlin dimensions as per AISI, AS/NZS
  • Rolls made from DIN EN10263 grade steel
  • Optimal hardness between 50-60 HRC
  • Surface finish of Ra 0.4μm to 0.8μm
  • Roll concentricity within 0.01mm
  • ISO tolerances for profile dimensions
  • Conformité RoHS pour le respect de l'environnement

The tooling quality ensures high output standards.

c rouleau de panne formant la machine
Machine hydraulique à courber les tôles de toiture 01

Capacités de production

The C purlin roll former can handle:

Épaisseur de la feuille

  • Light gauge sheets of 1.2 to 2.0mm
  • Heavy gauge sheets of 2.5 to 8.0mm

Largeur de la feuille

  • 600mm for small sections
  • 800mm for standard sections
  • 1000mm for wide flange sections

Section Heights

  • 100mm to 300mm in different sizes

Longueur de la section

  • Up to 12m long purlins in NC cutoff machines

Holes and Slots

  • Hole punching up to Ø20mm
  • Slot punching for easy installation

Optional Accessories

  • Decoilers for sheet handling
  • Automatic stackers
  • Online cutting and hole punching
  • Packaging strappers

Fournisseurs et prix

Some major C purlin roll former manufacturers and price range:

FabricantLocalisationFourchette de prix
Roswu TechChine$35,000 – $55,000
Anhui CechenChine$45,000 – $88,000
Kingsland EngineeringROYAUME-UNI$55,000 – $120,000
MetformTurquie$48,000 – $100,000
Shaanxi BestChine$28,000 – $65,000

Cost Factors:

  • Exigences en matière de vitesse et de rendement
  • Niveau d'automatisation
  • Optional accessories
  • Production volume discounts

Niveau d'entrée – $35,000 to $55,000

Avancé – $85,000 to $150,000

Higher speed and automated machines cost more but deliver faster payback from high productivity.

Installation et mise en service

Installing a C purlin roll former involves:

  • Positioning the machine on leveled ground
  • Securing the machine properly to the floor
  • Removing securing bolts and foam supports
  • Checking and tightening all fasteners
  • Leveling the machine with precision
  • Connecting electric power supply
  • Checking direction of motor rotation
  • Installing hydraulic oil and lubricants
  • Jogging the machine for initial checks
  • Réglage des paramètres et des limites de la machine
  • Test des fonctions de sécurité
  • Running in Produktion mode and optimizing

The machine vendor provides complete installation guidelines in the product documentation. Certified technicians also support the commissioning process. Proper installation ensures smooth startup and working of the purlin forming line.

Fonctionnement et travail

Operating a C purlin roll former requires:

Pre-operation checks:

  • Machine safety guards in place
  • Electrical and hydraulic systems ready
  • Roll gap spacing and alignment
  • Feeder ready with sheet coil
  • Conveyors and exit table clear

Starting procedure:

  • Switch ON main electrical supply
  • Start hydraulics station and set pressure
  • Jog inching to check forming stations
  • Set process parameters on control panel
  • Thread sheet through forming rollers
  • Start automatic operation cycle

Running mode:

  • Monitor current consumption by motors
  • Check formed purlin quality continuously
  • Surveillez tout bruit ou vibration anormal
  • Observe line speed and make adjustments
  • Count produced purlins with length inspection
  • Stack finished purlins properly by end-type

Stopping and shutdown:

  • Stop the line by pressing emergency stop button
  • Switch off main power after line stops fully
  • Remove any remaining sheets from the line
  • Clean machine and coil debris

La sécurité :

  • Ensure safeguards are always in working condition
  • Allow maintenance only by trained personnel
  • Follow standard safety procedures during operation

Proper operating guidelines must be followed for optimum performance.

Maintenance and Lubrication

Activités de maintenance régulières :

Tous les jours :

  • Clean machine debris and sheet dust
  • Check hydraulic oil level and refill
  • Inspect bearings, gears for abnormalities
  • Check and tighten loose parts and fasteners

Hebdomadaire :

  • Grease bearings and gearbox
  • Check tooling wear and clearances
  • Verify pneumatic system for leaks
  • Inspecter les connexions électriques

Mensuel :

  • Inspect all safety features
  • Check alignment of shafts, gears, motors
  • Test emergency stop function
  • Adjust roll gap spacing if required

Tous les ans :

  • Complete inspection and overhaul
  • Replace worn consumables
  • Update machine software
  • Implement preventive modifications
  • Coat machine for corrosion protection

Proper maintenance as per schedule improves availability and lifespan.

How to Select Right C Purlin Machine

The selection factors for the ideal C purlin roll former include:

1. Exigences en matière de production

  • Type of purlin sections
  • Metal thickness and strengths
  • Output volume needed

2. Machine Capabilities

  • Vitesse de formage
  • Sheet width and thickness range
  • Purlin size range
  • Niveau d'automatisation

3. Technical Factors

  • Roller stand design
  • Roll tooling quality
  • Drives and power capacity
  • Control systems

4. Additional Features

  • Coil handling options
  • Punching and cutting
  • Stackers and conveyors

5. Vendor Credentials

  • Expérience et installations antérieures
  • Local support capabilities
  • Compliance with standards
  • Expertise en matière de conception
  • Value-added services

Comparing machines on these parameters ensures the right machine selection for cost-effective purlin production.

Comparison Between Two Models

Below is a comparison between two C purlin roll former models:

MachineMaxima RM-20Ultima NU-25
Vitesse25 m/min35 m/min
Largeur de la feuille800mm1000mm
Épaisseur1.5 – 3mm1.2 – 4mm
Purlin Height80 – 250mm100 – 300mm
AutomatisationAuto cut-offFully auto stacker
ContrôlesPLCHMI + PLC

The Ultima NU-25 has higher speed, width, automation and power. But the Maxima RM-20 provides a more economical solution for medium production needs.

Avantages et inconvénients


  • High production rates and output
  • Robust construction for longevity
  • Flexible roll dies for size changes
  • Consistent and precise C sections
  • Faibles coûts d'exploitation
  • High-quality end products


  • High initial capital investment
  • Regular maintenance and servicing
  • Le changement de rouleau nécessite des temps d'arrêt
  • Limited sheet thickness
  • Fixed purlin sizes as per tooling
  • Requires skilled workforce
c rouleau de panne formant la machine
C Purlin Roll Forming Machine Price Guide 5


Q: What materials can be formed into C purlins?

A: Typically low carbon steel sheets, galvanized steel, and aluminum sheets.

Q: What thickness is recommended for purlin sections?

A: 1.5 to 3 mm sheets for regular purlins. Up to 6mm sheets for heavy purlins.

Q: What determines the price of the machine?

A: Speed, automation level, power specs, sheet width capacity, and optional accessories impact the pricing.

Q : Quelle est la cadence de production habituelle ?

A: 25-40 meters per minute based on model, sheet thickness, and purlin size.

Q: Are slotted/holed purlins available?

A: Yes, punching units can provide slotting or holes for easy installation.

Q: How quick is size changeover on the line?

A: Roll changing takes 10-20 minutes. Section change needs 1-2 hour roll adjustment.

Q: What safety features are provided?

A: Emergency stops, limit switches, light curtains, door interlocks, safeguarding, etc.

Q: How should purlin quality be inspected?

A: Check dimensions at multiple points, flange buckling, twist, bow, inside radii, etc.


The C purlin roll forming machine enables efficient mass production of cold-formed C-sections for the construction industry. With advanced forming technology, robust build, and automation – these machines offer high production rates, flexible operations, and consistent quality output to meet structural building needs. The price range starts from $35,000 for basic models and goes up to $150,000 for high-capacity automated lines. By selecting the appropriate C purlin roll former based on production goals, throughput, line speed, and budget – manufacturers can benefit from an optimized and cost-effective purlin forming solution.

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