Advanced engineering platforms customized to address high-precision requirements in Bangkok, Rayong, and the Eastern Economic Corridor (EEC).
Engineered for ultra-thin wall and small-diameter applications, ensuring high dimensional consistency and stable tolerances within ±0.02 mm.
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Designed for Class 10,000 cleanroom environments. Features stable high-speed draw-down ratios for IV tubes, catheters, and medical-grade lines.
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Optimized co-extrusion technology for multi-layer nylon automotive fuel, vapor, and cooling systems, meeting stringent SAE and DIN standards.
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Equipped with a high-capacity mold blocks cooling system, enabling continuous high-speed production of industrial wire harness protective conduits.
View SpecificationsAn in-depth analysis of processing dynamics, market demands, and high-performance technologies shaping Southeast Asia's plastic manufacturing hub.
As the primary automotive assembly and manufacturing hub in Southeast Asia, Thailand's industrial landscape is undergoing a significant transition. Guided by the Thailand 4.0 national strategy and the development of the Eastern Economic Corridor (EEC), manufacturers are moving from low-margin commodity plastics toward high-performance, precision-engineered polymer products. This evolution requires high-efficiency extrusion machinery capable of handling advanced engineering thermoplastics such as polyamide (PA11/PA12), fluoropolymers (FEP/PTFE), medical-grade PVC, and thermoplastic vulcanizates (TPV).
The automotive cluster in Rayong and Chonburi has expanded into electric vehicle (EV) manufacturing. This has increased local demand for lightweight, high-temperature multi-layer cooling lines and corrugated wire harness shields. In parallel, Thailand's medical device industry is growing, supported by Board of Investment (BOI) incentives. Medical device companies require cleanroom-compatible, high-speed extrusion lines capable of producing multi-lumen and micro-bore tubing with outer diameter tolerances tighter than ±0.03 mm.
Achieving sub-millimeter precision in polymer extrusion requires strict control over thermodynamic and mechanical process parameters. BAOD Extrusion integrates Taiwan-engineered design heritage with modern automation components to achieve process stability.
At the core of our precision extrusion system is the proprietary screw and barrel geometry. The L/D (Length to Diameter) ratio is optimized (typically 28:1 to 32:1) depending on the shear sensitivity of the target polymer. For instance, processing high-temperature fluoropolymers requires corrosion-resistant Hastelloy or bimetallic alloy barrels, whereas medical-grade PVC needs specialized screw profiles to prevent thermal degradation.
The melt temperature and pressure must remain highly stable. BAOD utilizes closed-loop gravimetric feeding systems paired with dynamic melt pump integration. The melt pump acts as a volumetric dosing device, neutralizing pressure fluctuations generated upstream by the extruder. This ensures a consistent volumetric flow rate into the die head, which is essential for maintaining uniform wall thickness in small-diameter tubes.
Based on over two decades of technical evolution, BAOD Extrusion combines precision engineering with industrial manufacturing scale.
Founded in 2002, Jiangsu Baodie Automation Equipment Co., Ltd. (BAOD EXTRUSION) builds on the 18-year engineering design legacy of its parent company, KINGSWEL GROUP, established in Taiwan. Our primary manufacturing base in mainland China guarantees supply chain resilience, robust component sourcing, and competitive delivery schedules for global markets, with a strong focus on ASEAN countries like Thailand.
Once the molten polymer exits the die, maintaining its physical geometry is the responsibility of the vacuum calibration and cooling systems. The vacuum sizing tank is constructed from SUS304 stainless steel and features automated, closed-loop water level and water temperature regulation.
Inside the tank, precise vacuum pressure stabilizes the outer diameter of the tube against the sizing sleeve. For extremely soft or elastomeric materials, a double-chamber vacuum design is utilized to prevent collapsing while cooling. Water temperature is graduated across different stages of the tank to prevent internal stresses and shrinkage, which can cause warping in high-performance materials like Polyamides and Fluoropolymers.
The puller, or haul-off unit, must run in perfect synchronization with the extruder's output velocity. BAOD uses high-precision servo motors coupled with caterpillar or belt-style pullers. The contact pressure of the belts is adjustable via pneumatic controls, preventing the deformation of thin-walled tubes.
For downstream processing, cutting systems must produce clean, square, and flash-free ends. Depending on the material stiffness and production speed, we integrate:
Leveraging our centralized production base in Jiangsu, China, BAOD Extrusion provides Thai factories with competitive pricing alongside high-quality components. We source critical electronics and pneumatic parts from global manufacturers (such as Siemens PLC systems, ABB converters, Omron PID controllers, and SMC pneumatics). This integration ensures that replacement parts are readily accessible in Thailand's industrial zones.
Explore our specialized industrial solutions, designed for local integration, high automation, and energy-efficient operation.
Designed for high-speed telecom pipe projects. Features multi-layer co-extrusion for a low-friction internal silicone layer.
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Versatile extrusion line for commodity and semi-engineering polymers, delivering consistent wall thickness and output.
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Optimized for highly flexible polyurethane pneumatic hoses, incorporating rapid vacuum calibration for elastic polymers.
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Processes PVDF, FEP, and PFA. Built with high-temperature heating zones and corrosion-resistant components.
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Engineered for medical micro-tubing. Delivers stable, repeatable control of multi-lumen profiles and single-bore tubes.
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Tailored for nylon air brake lines and high-pressure oil piping, ensuring high thermal stability and tensile strength.
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Advanced composite line with inline knitting reinforcement, designed for high-pressure automotive cooling systems.
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Combines polymer extrusion with multi-axis yarn braiding units to manufacture high-pressure hydraulic and air hoses.
View SpecificationsExpert answers addressing the technical, commercial, and operational aspects of installing BAOD extrusion lines in Thailand.
Read about our latest research milestones, international exhibitions, and engineering developments in precision polymer extrusion.
At the international exhibition center, BAOD presented smart extrusion solutions designed to reduce energy consumption and improve output precision.
Exploring high-precision thin-walled tube extrusion systems designed for demanding infrastructure, mining, and demolition sectors.
A technical comparison of dimensional stability, die-head balancing, and vacuum calibration standards between Asian and European manufacturers.
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