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High-Capacity UPVC Profile Extrusion Line – Version 5
Description
EXTRUTEX High-Capacity UPVC Profile Extrusion Line – Version 5
Advanced Engineering for Maximum Efficiency, Precision, and Profitability
In the modern construction industry, UPVC profiles have established themselves as a cornerstone of durable, high-performance building solutions. Renowned for their resistance to moisture, UV rays, temperature fluctuations, and corrosion, these profiles are the first choice for architects, contractors, and developers seeking long-lasting, high-quality materials. EXTRUTEX, with decades of experience in extrusion technology, proudly introduces its Version 5 High-Capacity UPVC Profile Extrusion Line—a fusion of advanced engineering, high production efficiency, and downstream integration designed for profitability and scalability.
This extrusion line represents the pinnacle of UPVC profile production technology, engineered to meet the growing demands of industrial-scale production, high output, and superior quality.
Key Components of the EXTRUTEX Version 5 Extrusion Line
1. ATP 93 Twin-Screw Extruder
At the heart of the Version 5 extrusion line lies the ATP 93 twin-screw extruder—a high-capacity machine capable of processing up to 350 kg/h of UPVC. The extruder is optimized for high-performance formulations and reinforced profiles, ensuring smooth, consistent output even under demanding production conditions.
Technical Features:
High-efficiency motor with energy-saving technology
Gravimetric or volumetric feeding system for consistent material flow
Multi-zone temperature control for precise heat management
High-performance gearbox with vibration reduction
Enhanced screw geometry for maximum material homogenization
Production Advantages:
Uniform melting and extrusion without temperature fluctuation
Continuous operation for long shifts, maximizing throughput
Reduced material waste due to precise feeding and extrusion
The ATP 93 extruder ensures the foundation for high-quality, high-output downstream processes, allowing the entire extrusion line to maintain superior efficiency.
2. ACT 11000 Calibration Table
Immediately downstream of the extruder, the ACT 11000 calibration table performs critical profile shaping and dimensional stabilization. With a total length of 11 meters, this calibration table offers ample space for cooling, water circulation, and precise vacuum control, ensuring consistent profile quality across the production run.
Technical Features:
Multi-zone vacuum system with independent control for each section
Stainless steel water nozzles for uniform cooling and minimal scaling
Adjustable height and horizontal positioning for various profile geometries
Integrated flow channels to maintain dimensional stability during high-speed extrusion
Production Benefits:
Smooth, uniform profile surfaces with no warping or dimensional deviation
Quick adaptation for different profile shapes, including thick, multi-chamber profiles
Optimal thermal management to prevent surface defects or internal stress
This calibration table provides the vital interface between extrusion and downstream equipment, guaranteeing that high-volume production does not compromise precision or surface quality.
3. APS 30 / SA1 Haul-Off and Cutting System
The downstream section of the Version 5 extrusion line features the APS 30 haul-off unit combined with the SA1 automatic cutting system. These units coordinate to transport and cut profiles with perfect precision, ensuring seamless integration between extrusion and downstream operations.
Features of the APS 30 Haul-Off:
Dual-chain, rubber-padded rollers for gentle profile handling
Servo-controlled motor for precise speed regulation
Synchronization with extruder output to prevent profile deformation
Features of the SA1 Cutting Unit:
Automatic, precision cutting with millimeter accuracy
PLC-controlled operation for adaptive cutting length
Safety interlocks and rapid-stop functionality
Optional angled and sequential cutting for special downstream applications
Advantages:
Reduced material waste through synchronized downstream handling
Accurate and consistent product lengths for packaging and distribution
Capability to handle large, thick-wall profiles without stress or deformation
The haul-off and cutting system is fully integrated with the extrusion line’s central PLC, enabling smooth downstream operations that maintain both speed and quality.
4. ATT6 End Table
The final downstream component of the Version 5 extrusion line is the ATT6 end table, designed for efficient collection, sorting, and temporary storage of cut profiles. This ensures safe handling and minimal manual intervention before packaging.
Features:
Robust steel construction with anti-wear coating
Roller-based transport system for smooth movement of profiles
Adjustable height and incline to accommodate different profile dimensions
Integrated sensors to coordinate with upstream cutting and haul-off
Benefits:
Streamlined handling of high-volume output
Prevention of profile damage or deformation during transfer
Simplified downstream logistics for packaging and storage
The ATT6 end table completes the downstream process chain, ensuring the entire extrusion line maintains consistent throughput and minimal loss.
Performance and Capacity
The Version 5 extrusion line is engineered for high-capacity, high-profit production. With a maximum output of 350 kg/h and speeds exceeding 3 meters per minute, this line can produce approximately 2.8 tons of UPVC profiles per 8-hour shift. This represents a significant productivity increase compared to conventional extrusion lines, allowing manufacturers to scale operations while maximizing profitability.
Key Benefits:
Increased production capacity with minimal energy consumption
Consistent product quality across all profiles
Reduced operational downtime due to modular, easily maintainable components
Enhanced profit margins due to high efficiency and low scrap rates
Product Quality
The Version 5 extrusion line ensures top-tier product quality thanks to precise control of temperature, pressure, and downstream handling. Profiles produced on this line demonstrate:
Smooth, glossy surfaces free from warping or cold lines
Dimensional uniformity along the full profile length
Bubble-free, crack-resistant structure
Consistent color and UV stability for long-term outdoor use
These features make the Version 5 line ideal for premium UPVC windows, doors, partitions, and industrial applications where durability and appearance are critical.
Profile Variety
The line is versatile, capable of producing a wide range of UPVC profiles:
| Profile Type | Application |
|---|---|
| Frame (Fixed) | Two- and three-chamber window frames |
| Sash (Movable) | Window and door movable components |
| Bead / Decorative | Reinforcement, sealing, or aesthetic trim |
| Cable & Vent Channels | Industrial or building applications |
| Wall / Partition | Interior partitions, PVC panels |
The modular nature of the downstream extrusion tooling allows for rapid adaptation to different profile designs, ensuring manufacturers can meet diverse market demands without significant downtime.
Centralized Control System
The entire extrusion line is controlled via a central HMI (Human Machine Interface), providing operators with a real-time view of critical parameters, including temperature, pressure, haul-off speed, and line output.
Control Features:
Real-time monitoring of temperature, pressure, speed, and output
Profile-specific memory for rapid changeovers between products
Automated alerts for deviations to prevent defects
Simple, intuitive interface for operator-friendly control
This centralized system enhances the integration between extrusion and downstream processes, allowing for high throughput without sacrificing precision.
Competitive Advantages of Version 5
High Productivity: Increased output with efficient energy use and minimal waste
Reduced Material Loss: Precision control throughout the extrusion and downstream process minimizes scrap
Superior Quality: Profiles meet or exceed European standards for export-grade UPVC
Flexibility: Quick adaptation to multiple profile types with interchangeable tooling
Ease of Maintenance: Modular design and standardized components simplify repairs and replacements
Technical Support: EXTRUTEX offers full training, preventive maintenance, and remote diagnostics
After-Sales Support and Services
EXTRUTEX provides comprehensive support to ensure smooth operation and maximum return on investment:
On-site installation and commissioning
Operator training and preventive maintenance programs
Quick delivery of spare parts
Expert consultation for tooling and formulation selection
Remote connectivity for troubleshooting and support
This support network ensures that manufacturers achieve uninterrupted production while maintaining the highest quality standards.
Conclusion
The EXTRUTEX Version 5 High-Capacity UPVC Profile Extrusion Line represents a paradigm shift in industrial profile manufacturing. Combining cutting-edge extrusion technology, precise downstream integration, and modular, high-performance tooling, this line offers:
Maximum production capacity for industrial-scale operations
Reduced operational costs and energy consumption
Consistent, export-grade product quality
Flexibility to produce a wide range of profiles
Enhanced profitability through optimized downstream processes
For manufacturers seeking high-capacity, high-profit UPVC profile production, the EXTRUTEX Version 5 extrusion line is the ultimate solution—bringing together precision engineering, robust performance, and industrial efficiency in one fully integrated system.
EXTRUTEX UPVC Profile Extrusion Tooling – Version 5
Precision Engineering for High-Performance, Thick-Wall Profiles
Introduction
In modern construction and industrial manufacturing, UPVC profiles have become essential materials due to their durability, corrosion resistance, UV stability, and low maintenance requirements. These profiles are used extensively for windows, doors, partitions, and various industrial applications where strength, longevity, and consistent performance are critical. At the heart of UPVC profile production lies the extrusion tooling—a highly engineered component that directly shapes the molten material into precise, uniform profiles.
EXTRUTEX, leveraging decades of expertise in European extrusion technology, has developed the Version 5 extrusion tooling. Specifically designed for high-speed, high-capacity UPVC production, this tooling enables the manufacture of profiles with 3 mm thickness, at speeds exceeding 2.5 meters per minute, with a maximum throughput of 350 kg/h. This ensures manufacturers achieve both exceptional product quality and maximum operational efficiency.
Advanced Features of Version 5 Extrusion Tooling
1. Optimized Flow Channel Design
The internal channels of the Version 5 extrusion tooling are engineered using advanced CFD (Computational Fluid Dynamics) simulations. This scientific approach ensures that molten UPVC is distributed evenly across the entire profile cross-section.
Advantages:
Eliminates internal stress and prevents wall-thickness inconsistencies
Produces smooth, defect-free surfaces
Prevents localized overheating or cooling, maintaining profile integrity
By carefully controlling the flow of material, EXTRUTEX ensures that the extrusion tooling reduces back pressure on the extruder, prolonging machinery life and lowering energy consumption.
2. Integrated Pre-Calibration System
The Version 5 tooling incorporates a pre-calibration mechanism, which sets the initial dimensions of the profile before entering the downstream vacuum calibration table. This feature stabilizes the profile shape and minimizes material waste.
Benefits:
Reduces post-extrusion dimensional corrections
Increases the uniformity of profile thickness across production runs
Enhances downstream calibration efficiency
This pre-calibration system ensures consistent output even under high-speed, high-volume production, supporting continuous, reliable operation.
3. Adjustable Thickness and Width
While designed primarily for 3 mm thick profiles, the tooling offers precision mechanical adjustments, allowing the production of profiles in the range of 2.8 to 3.2 mm thickness.
Advantages:
Flexibility for different product specifications without changing the entire tooling
Fine-tuning allows rapid adaptation to variations in formulation or desired profile characteristics
Supports multiple downstream applications with minimal downtime
This adjustable feature is critical for manufacturers seeking to produce diverse profile types efficiently while maintaining tight dimensional tolerances.
4. Modular and Quick-Release Design
The Version 5 extrusion tooling features a modular construction, allowing fast disassembly for maintenance, cleaning, or replacement of worn components.
Advantages:
Minimizes production downtime during maintenance
Simplifies routine cleaning of internal channels to prevent material buildup
Extends the life of critical components due to reduced handling stress
The modular design ensures the tooling remains a durable, long-term investment for high-volume extrusion lines.
5. High-Performance Materials
The tooling body is constructed from high-grade alloy steel, chosen for its thermal resistance and mechanical durability. Internal surfaces are coated with industrial-grade chrome or nickel, providing a non-stick surface to prevent material adhesion and ensure smooth extrusion.
Benefits:
Long service life, exceeding tens of thousands of operational hours
High polishable surface ensures superior profile gloss
Maintains dimensional stability under repeated thermal cycles
This combination of robust base material and advanced coatings ensures consistent quality, even in demanding production environments.
Performance Specifications of Version 5 Extrusion Tooling
| Feature | Specification / Description |
|---|---|
| Profile Thickness | 3 mm |
| Production Speed | Over 2.5 m/min |
| Output Capacity | 350 kg/h |
| Cooling System | Water circulation at exit section |
| Adjustable Thickness | Yes |
| Flow Distribution System | CFD-engineered uniform channels |
| Tooling Body Material | Hardened alloy steel |
| Internal Coating | Nickel or chrome for non-stick properties |
| Installation / Replacement | Quick-lock modular design |
| Compatibility | Fully integrated with ATP 93 extruder and downstream components |
Key Advantages of Version 5 Extrusion Tooling
✦ Superior Surface Quality
The tooling ensures smooth, uniform profiles free of bubbles, cold lines, or surface waviness. Optimized flow channels create a perfectly consistent molten material distribution, guaranteeing a flawless final product.
✦ Reduced Extruder Load
Optimized flow pathways reduce resistance, lowering pressure on the extruder motor and gearbox. This reduces wear and tear while improving energy efficiency.
✦ Extended Tooling Life
Premium materials, careful channel design, and modular construction ensure long operational life without major maintenance or replacement, even under continuous high-capacity use.
✦ Energy Efficiency
Efficient flow distribution and reduced scrap lead to lower energy consumption per kilogram of profile produced, increasing the overall profitability of the production line.
Applications in Industrial and Building Profiles
The Version 5 extrusion tooling can produce a wide range of profiles suitable for both residential and industrial applications:
Window Frames: High-precision frames for two- and three-chamber UPVC windows
Reinforced Sashes: Movable components with high structural integrity
Thick-Wall Industrial Profiles: For rolling doors, partitions, and custom industrial frames
Decorative and Functional Profiles: Including beads, trims, and sealing strips
With its versatility, manufacturers can expand their product portfolio without investing in multiple specialized toolings, enhancing return on investment.
Maintenance and Cleaning
Proper maintenance ensures the long-term performance of the extrusion tooling:
Routine Cleaning:
Use specialized brushes or non-abrasive tools to clean internal channels
Avoid scratching or damaging the coated surface
Lubrication of Moving Parts:
Regular lubrication prevents corrosion and ensures smooth operation
Periodic Inspection:
Check for wear, deformation, or buildup in critical flow sections
Replace worn modular components quickly to prevent production downtime
These procedures are simple yet essential for sustaining consistent product quality and maximizing the life of the tooling.
Integration with the Version 5 Extrusion Line
The tooling is fully compatible with the EXTRUTEX Version 5 high-capacity extrusion line, including:
ATP 93 Twin-Screw Extruder: Provides uniform pressure and consistent flow for optimal tooling performance
ACT 11000 Calibration Table: Stabilizes shape and dimensions, working in synergy with pre-calibrated tooling
APS 30 / SA1 Haul-Off and Cutting System: Downstream handling ensures smooth extraction and precise cutting without deformation
ATT6 End Table: Collects, sorts, and stores profiles efficiently for packaging or further processing
This complete integration ensures a seamless transition from extrusion through downstream operations, maximizing both efficiency and product quality.
Economic and Production Benefits
High Throughput: Capable of producing 350 kg/h at speeds exceeding 2.5 m/min, enabling multi-ton daily output
Reduced Waste: Optimized flow channels and pre-calibration reduce material scrap and energy usage
Consistent Quality: Precision tooling ensures each profile meets strict dimensional tolerances and surface quality standards
Flexibility: Adjustable thickness and modular design allow rapid changeovers and multiple product types
Profitability: High-capacity production combined with energy and material efficiency maximizes ROI for manufacturers
Conclusion
The EXTRUTEX Version 5 UPVC Profile Extrusion Tooling embodies advanced engineering, cutting-edge material science, and practical manufacturing expertise. Designed for high-speed, high-output extrusion lines, this tooling ensures:
Exceptional surface quality and dimensional precision
Long operational life with minimal maintenance
Reduced energy consumption and operational costs
Full integration with high-capacity extrusion lines and downstream systems
For manufacturers aiming to produce premium UPVC profiles efficiently, the Version 5 extrusion tooling provides the perfect balance of precision, durability, and productivity. With EXTRUTEX tooling, every profile achieves consistent quality, minimal waste, and maximum profitability—making it the ideal solution for modern, high-capacity extrusion operations.
UPVC PROFILE EXTRUSION LINE
Extrutex Austria Downstream Profile Equipment
Engineered for Precision, Designed for Efficiency
Introduction: Excellence in Profile Manufacturing
In the highly competitive world of UPVC profile manufacturing, precision, reliability, and efficiency are non-negotiable. While extrusion lines often steal the spotlight, the performance of downstream equipment plays an equally critical role in determining the final quality, efficiency, and profitability of the production process.
Extrutex Austria, a pioneer in extrusion technologies, has redefined downstream machinery with a focus not on mass production but on premium quality, operational reliability, and exceptional service. By engineering solutions that emphasize precision, user-friendliness, and energy efficiency, Extrutex provides manufacturers with the tools they need to produce superior UPVC profiles consistently.
Downstream equipment encompasses all post-extrusion machinery, including calibration tables, haul-off units, water circulation and cooling systems, and filtration and vacuum systems. These machines ensure dimensional accuracy, surface quality, and operational stability while minimizing waste and downtime.
Core Philosophy: Precision Over Volume
Extrutex Austria operates with a philosophy that prioritizes excellence over sheer production volume. The company’s downstream profile equipment is intended for markets where manufacturers demand:
The highest level of performance and process stability
Uncompromised surface quality for premium profiles
Long-term reliability with minimal maintenance
By focusing on these aspects, Extrutex has developed downstream solutions that guarantee that every meter of extruded UPVC profile meets rigorous quality standards.
Key Features of Extrutex Downstream Equipment
1. Energy Efficiency
Extrutex downstream systems are engineered to optimize energy consumption without compromising output quality. This is achieved through:
Servo-Controlled Systems: Using precision servo motors for vacuum, haul-off, and other critical units minimizes energy waste and maintains precise operation.
Optimized Water Flow: Calibrated cooling channels ensure maximum heat exchange with minimal energy input.
Streamlined Design: Each component, from pumps to conveyors, is designed for low friction and energy-efficient operation.
The result is a system that is both economical to operate and environmentally responsible, reducing operational costs while supporting sustainable manufacturing practices.
2. Process Stability
Stable processes are the foundation of high-quality UPVC profiles. Extrutex downstream equipment incorporates advanced automatic control systems to ensure continuous, defect-free production:
CVR (Constant Vacuum Regulation): Maintains consistent vacuum levels across different areas of the calibration table, preventing deformation or dimensional inconsistencies.
CWP (Constant Water Pressure): Regulates water pressure in cooling channels to maintain uniform cooling rates.
CWT (Constant Water Temperature): Ensures that cooling water cycles remain stable, avoiding warping or surface defects caused by temperature fluctuations.
These controls enable manufacturers to maintain repeatable results, even with varying raw material properties or ambient conditions.
3. User-Friendly Operation
Extrutex downstream systems are designed to be accessible even to operators with limited technical experience. Features include:
Touch-Screen Interfaces: Intuitive controls display key parameters and allow quick adjustments.
Pre-Set Parameters: Operators can select from optimized settings for different profile types, reducing setup time and human error.
Guided Menus: Step-by-step guidance ensures correct operation during startup, calibration, and production.
This focus on usability reduces training requirements, minimizes errors, and increases overall production efficiency.
4. Advanced Vacuum Systems
The vacuum system is critical in stabilizing profiles immediately after extrusion. Extrutex employs servo-controlled vacuum pumps for precision and reliability:
Accurate Control: Servo controllers allow exact regulation of vacuum intensity for consistent dimensional stability.
Siemens Control Integration: High-precision automation reduces human error and maintains repeatable results.
Long-Term Reliability: Built to operate continuously with minimal maintenance, ensuring long operational life.
By stabilizing profiles effectively, this system improves surface finish, reduces rework, and enhances overall product quality.
5. Bypass Filtration Systems
Clean cooling water is essential for profile quality. Extrutex integrates advanced bypass filters to remove impurities and prevent contamination:
Optimized Calibration: Clean water ensures uniform cooling and prevents marks or surface defects.
Reduced Maintenance: Filters extend the life of downstream machinery by preventing buildup and corrosion.
Advanced Design: Allows high filtration efficiency without slowing down production.
These filtration systems are especially important in high-speed lines where even minor impurities can affect surface quality and dimensional stability.
6. Haul-Off Unit Innovations
Extrutex haul-off units combine automation, precision, and durability to handle profiles smoothly:
Fully Automated Operation: Synchronizes with extrusion speed to maintain consistent pulling force.
Tension-Controlled Chains: Ensure uniform transmission of mechanical power across all rollers.
Central Motor and Gearbox Layout: Provides stable torque and reduces mechanical stress.
Optimized Accessibility: Easy access to pods and wear parts simplifies maintenance and minimizes downtime.
These innovations contribute to reduced stops, faster adjustments, and extended component lifespan, which are critical in maintaining high throughput and profitability.
7. Advanced Cooling Cycles
Cooling is a crucial step to preserve profile geometry and surface integrity. Extrutex cooling systems are engineered for efficiency and uniformity:
SWC – Dry Calibration Water Cycle: Simultaneously controls flow, temperature, and volume to maximize cooling efficiency.
SWC – Wet Calibration Water Cycle: Ensures even surface quality and prevents contraction or warping, particularly in high-speed lines.
FBF – Wet Calibration Filter: Provides additional filtration for sensitive profiles, ensuring flawless surface finish.
DWD – Direct Water Discharge System: Automates water drainage and prevents sediment buildup, ensuring clean, efficient operation.
Together, these cooling technologies ensure that profiles maintain precise dimensions and excellent surface quality from start to finish.
Strategic Advantages for Manufacturers
1. Easy Startup
Touch-screen interfaces, guided menus, and pre-set parameters enable rapid setup without specialized technical knowledge.
2. Low Maintenance
Modular design and easy access to components allow for fast, economical repairs and replacements.
3. Compact Footprint
Optimized layouts deliver high performance while occupying minimal space, making them ideal for facilities with space constraints.
4. Reliability and Warranty
Extrutex Austria provides a two-year official warranty along with full technical support and spare part availability.
Extrutex Vision: Beyond Technology
Extrutex Austria is more than a machinery provider—it is a partner in success. The company’s approach encompasses:
Design Consultation: Tailored solutions for every production requirement.
Installation & Commissioning: On-site setup and optimization for immediate operation.
Operator Training: Ensures staff can maximize equipment potential safely.
After-Sales Support: Comprehensive maintenance, spare parts, and technical assistance.
This long-term partnership model guarantees that customers receive world-class service and support throughout the equipment’s life.
Ideal Users
Extrutex downstream profile equipment is designed for manufacturers who aim to:
Produce high-precision profiles with consistent dimensional accuracy.
Compete in markets where surface quality and reliability define success.
Reduce energy and maintenance costs while maintaining operational efficiency.
Optimize production with state-of-the-art technology and intelligent process control.
Whether producing windows, doors, or specialized profiles, Extrutex downstream equipment provides a reliable, high-performance backbone for any extrusion line.
Conclusion: The Extrutex Advantage
In today’s competitive landscape, superior technology, energy efficiency, and operational reliability are the hallmarks of successful UPVC profile production. Extrutex Austria’s downstream profile equipment offers a perfect blend of engineering innovation, user-friendly operation, and energy-conscious design.
By choosing Extrutex, manufacturers gain:
Advanced process stability for consistently high-quality profiles
User-focused design for rapid startup and minimal training
Long-lasting, modular machinery for reduced downtime and maintenance
Optimized energy consumption for cost-effective operation
In essence, Extrutex downstream equipment is not just machinery—it is a strategic investment. It empowers manufacturers to maintain a competitive edge, achieve superior product quality, and secure a sustainable, profitable future in the UPVC industry.
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