Founded in 2002, BAOD EXTRUSION is dedicated to designing, manufacturing, and supporting advanced plastic extrusion equipment globally. Drawing on 25 years of design and fabrication expertise initially developed in Taiwan (under Kingswel Group) and subsequently established in mainland China in 1999, we produce highly automated, high-precision extrusion machinery. Our solutions serve critical medical, automotive, industrial packaging, and infrastructure sectors.
Our long-term R&D focus covers:
Years of Engineering Experience
Modern Manufacturing Base
High-Precision Employees & Engineers
Istanbul acts as a vital bridge between European manufacturing standards and fast-growing Asian-African markets. The Marmara region, particularly industrial zones like İkitelli OSB, Tuzla, and Hadımköy, serves as a primary hub for automotive components, medical appliances, and advanced infrastructure materials. Local manufacturers face increasing pressure to adopt high-efficiency, multi-layer coating extrusion lines. To remain competitive, companies are upgrading production lines to ensure precision, lower material waste, and support eco-friendly polymers.
The global demand for high-performance thermoplastic elastomers (TPE, TPU, TPV) and fluoroplastics is growing. Industries are shifting toward multi-layer co-extrusion and functional composite pipes. This is driven by strict environmental regulations and the need for higher pressure-resistance, chemical barrier properties, and lightweight alternatives in automotive and aerospace designs.
BAOD leverages advanced engineering designs originating from Taiwan, backed by highly efficient manufacturing supply chains in mainland China. This synergy offers Turkish enterprises high-reliability extrusion machinery with low capital expenditure, fast delivery cycles, and stable long-term operational costs.
From micro-duct fiber optic conduits deployed in Istanbul’s urban expansion, to complex multi-lumen catheters manufactured in local cleanrooms, and weather-resistant automotive seals—our custom lines are built to handle various raw material formulas (such as PVC, PP, PE, PA, TPU, and TPV).
Our extrusion lines feature integrated Siemens PLC control systems with real-time temperature, pressure, and line speed synchronization. This enables local operators to run systems with minimal manual oversight while ensuring high product quality.
Ideal for high-accuracy medical conduits and technical industrial piping with micron-level tolerances.
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Designed for fuel lines and high-temperature automotive fluids running through Marmara industrial projects.
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Ultra-precise medical PVC tubing lines with integrated laser closed-loop sizing control.
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Fast-forming corrugated pipes for cable management and structural protection systems.
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Combines high elastomer flexibility with strong fiber reinforcement for high-pressure durability.
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Specialized profiles featuring glass run channels, metal insert reinforcement, and co-extruded foams.
Request Quote →When purchasing complex multi-layer or composite coating extrusion equipment, global procurement managers and Turkish industrial buyers focus on several critical requirements:
1. Strict Material Compatibility: The ability to process heat-sensitive fluoropolymers, engineering polyamides (PA11/PA12), polyurethanes (TPU), and cross-linked polyethylenes (PEX) without degradation. The screw and barrel metallurgy must withstand abrasive additives and corrosive compounds.
2. Thickness Uniformity & Concentricity: Multi-layer co-extrusion crossheads require flow-channel geometries to maintain uniform wall thicknesses. Automatic centering dies and online diameter gauges with closed-loop adjustments help reduce scrap rates.
3. Energy Efficiency & Operational Costs: Modern extrusion systems must minimize carbon footprints. Our vacuum calibration tables and multi-zone heating barrels utilize smart thermal management and energy-efficient vacuum pumps, helping lower utility expenses.
4. Local Commissioning & Technical Support: Minimizing downtime requires fast delivery of replacement parts (such as heaters, thermocouples, puller belts, and cutter blades) and remote diagnostic support via integrated PLC gateways.
BAOD EXTRUSION presented its latest R&D achievements at Booth 7.1C04, showcasing "Smart Extrusion · High-Efficiency Innovation" solutions optimized for high automation and smart feedback.
In infrastructure and controlled demolition, precision shock tubing requires advanced engineering to ensure safety. Discover how BAOD maintains international compliance for detonator applications.
This technical comparison details our flow-channel structures and melt pump stability against European alternatives, offering cost advantages without compromising precision.
An in-depth look at IATF 16949 production standards, focusing on multilayer fuel lines and vapor recovery systems manufactured for global automotive supply chains.
Exploring the transition to high-elasticity, recyclable TPV automotive weather-stripping profiles, including co-extrusion technologies for glass-run channels.
Our custom extrusion screws and die heads are engineered to process a wide range of polymers, including PVC, PE, PP, PA (Polyamide 11/12), TPU (Thermoplastic Polyurethane), TPV (Thermoplastic Vulcanizates), and special engineering fluoroplastics. We tailor the screw geometry (L/D ratio and compression ratio) to match the rheology of your specific raw materials.
We utilize precision co-extrusion crossheads, high-accuracy melt pumps, and closed-loop control systems. These are supported by online ultrasonic or laser thickness gauges that feed back into the line PLC to dynamically adjust the extrusion speed and die parameters, ensuring concentricity and minimizing wall-thickness deviations.
Yes, all BAOD extrusion lines are designed, wired, and manufactured in accordance with strict international safety directives. Our systems include mechanical shielding, safety interlocking circuits, thermal overload protections, and comply with standard CE certifications, making them suitable for deployment in Turkey, Europe, and the Americas.
Standard lines require 60 to 90 days for manufacturing and factory testing. Once shipped, our field service engineers provide remote installation setup guidance or perform on-site commissioning, tuning, and local operator training at your facility in the Marmara industrial zones.
Partner with BAOD to upgrade your manufacturing facility with precision co-extrusion technology, low maintenance costs, and high production speeds.
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