Posted on Thursday, December 21, 2023
Hungary is emerging as a significant market for roll forming machines due to the growing demand for metal structures in construction, automotive, and infrastructure projects. With its central location in Europe and strong ties to both Eastern and Western European markets, Hungary has become a hub for roll forming machine adoption and usage. This article explores the most popular roll forming machines in Hungary, covering their types, specifications, applications, maintenance, and troubleshooting. Additionally, we will explore how Machine Matcher can assist with the inspection and purchase of these machines to match your profile needs.
Specifications:
Roller Material: High-strength steel or chrome-plated rollers
Frame Size: 350-400 H-beam structure
Cutting System: Hydraulic cutting with servo control
Motor: 5.5 kW to 15 kW depending on machine size
PLC System: Fully automated with touch screen interface
Speed: 10-15 meters per minute
Profile Thickness: 0.3-0.8 mm
Profiles Used: Trapezoidal, corrugated, and standing seam panels
Industries: Roofing and cladding for residential, commercial, and industrial buildings
Specifications:
Roller Material: GCr15 steel with heat treatment
Punching and Notching: Hydraulic punching and adjustable notching
Frame Size: 450 H-beam with reinforced structure
Motor: 7.5 kW to 22 kW
PLC System: Advanced PLC with automatic profile change
Speed: 10-20 meters per minute
Profile Thickness: 1.5-3.0 mm
Profiles Used: C and Z purlins with adjustable sizes
Industries: Construction, warehouse structures, steel framing, and solar panel support systems
Specifications:
Roller Material: 45# steel with chrome plating
Frame Size: 350-500 H-beam
Motor: 15 kW to 30 kW
Cutting System: Hydraulic cutting with high precision
PLC System: Touchscreen with automated feeding and cutting
Speed: 8-12 meters per minute
Profile Thickness: 0.8-1.5 mm
Profiles Used: Metal decking profiles for structural support
Industries: Industrial buildings, bridge construction, and mezzanine floors
Specifications:
Roller Material: GCr15 steel, quenched and tempered
Frame Size: 400 H-beam for stability
Motor: 15 kW to 37 kW depending on model
Cutting System: Hydraulic shearing system
PLC System: Advanced PLC with multiple profile settings
Speed: 12-15 meters per minute
Profile Thickness: 2.0-4.0 mm
Profiles Used: W-beam, thrie beam, and custom guardrails
Industries: Highway and road safety projects
Budapest: The capital city and the center of industrial development with multiple construction projects.
Debrecen: Known for its growth in manufacturing and automotive industries.
Miskolc: A major hub for heavy industry and steel production.
Győr: Hosts many international automotive and component manufacturing companies.
Pécs and Szeged: Regions where roll forming machines are used in roofing, cladding, and solar mounting systems.
Construction Sector: Roofing panels, purlins, and structural decking
Infrastructure Projects: Highway guardrails and safety barriers
Automotive Industry: Structural components and customized profiles
Solar Energy Systems: Mounting brackets and framing systems
Warehouse and Industrial Buildings: C and Z purlins, decking, and cladding solutions
Regular Lubrication: Apply lubricants to rollers, shafts, and bearings to minimize friction.
Inspection of Rollers: Check rollers for wear and tear and replace when necessary.
Hydraulic System Checks: Ensure hydraulic oil levels are optimal and change filters regularly.
PLC System Updates: Keep the software and control system updated to avoid malfunctions.
Alignment Verification: Periodically verify that rollers are aligned correctly to maintain profile accuracy.
Cleaning and Debris Removal: Clean machine parts after each operation to prevent contamination.
Profile Misalignment: Caused by roller misalignment or incorrect feeding. Check and realign rollers.
Inconsistent Cutting: Inspect the hydraulic system and cutting blades for any malfunctions.
Motor Overheating: Ensure the cooling system is operational and motors are not overloaded.
PLC Errors: Check the software for updates and ensure all connections are secure.
Oil Leaks in Hydraulic System: Identify and replace damaged seals or hoses.
Profile Change Time: Changing profiles can take time if the machine is not equipped with a quick-change system.
Material Limitation: Machines are often limited to specific materials and thickness ranges.
High Initial Cost: Advanced roll forming machines can be expensive for small manufacturers.
Space Requirements: Large machines require significant factory space for operation.
High Production Efficiency: Continuous processing with minimal material waste.
Consistent Profile Quality: Accurate and uniform profiles, ensuring structural stability.
Cost-Effectiveness: Reduced labor costs and higher production speed.
Flexibility: Machines can handle multiple profiles with proper adjustments.
Low Maintenance Costs: Well-maintained machines have minimal downtime and longer service life.
Site Preparation: Ensure the installation area is clean, leveled, and equipped with proper power supply.
Machine Setup: Install the machine and align rollers according to the desired profile.
Hydraulic and Electrical Connections: Connect hydraulic and power systems carefully.
Test Run and Calibration: Run test batches to calibrate cutting, speed, and feeding systems.
Final Inspection: Verify all settings and inspect for operational issues.
Start-Up Process: Ensure the machine is properly lubricated and all systems are operational before starting.
Profile Setup: Adjust rollers and cutting blades based on the desired profile specifications.
Ongoing Monitoring: Monitor speed, feeding accuracy, and cutting precision during operation.
Scheduled Maintenance: Conduct regular inspections and preventive maintenance as per manufacturer guidelines.
ISO 9001: Quality management standard for consistent production quality.
CE Certification: Compliance with European safety and performance standards.
ASTM Standards: Specifications for profile dimensions and material strength.
EN 1090: European standard for structural steel and aluminum manufacturing.
GEISS AG: Specializes in customized roll forming systems for different profiles.
FAPIM Hungary Kft.: Provides high-quality roll forming solutions for industrial applications.
Local Hungarian Fabricators: Supply roll forming machines for roofing, cladding, and purlin production.
Roofing Panel Machines: $30,000 - $100,000 depending on complexity and size
C and Z Purlin Machines: $45,000 - $120,000 based on profile adjustability
Deck Roll Forming Machines: $50,000 - $150,000 depending on speed and size
Highway Guardrail Machines: $80,000 - $200,000 based on profile type and output speed
Machine Matcher is your trusted partner in sourcing, inspecting, and buying the best roll forming machines to suit your specific profile needs. Our platform connects buyers with top manufacturers and suppliers worldwide, ensuring quality and cost-effectiveness.
Expert Inspection: We conduct detailed inspections to ensure machines meet industry standards and profile requirements.
Profile Matching: Our experts analyze your profile requirements to recommend the most suitable machine.
Vendor Verification: We work with reliable manufacturers to ensure compliance with safety and design standards.
Logistics and Delivery: We manage the entire buying and delivery process for a hassle-free experience.
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