BAOD EXTRUSION (Jiangsu Baodie Automation Equipment Co., Ltd.), founded in 2002, is an industry-leading high-tech enterprise dedicated to the design, manufacturing, and global distribution of high-end plastic extrusion machinery.
Building on a legacy of 18 years of precision engineering and designing high-quality machines in Taiwan, our original parent company, KINGSWEL GROUP, made a strategic investment in 1999 to establish a world-class extrusion equipment manufacturing base in Shanghai. Today, Baodie stands at the forefront of polymer processing innovation, continually setting milestones in the development of highly automated, energy-efficient, and precision-targeted extrusion systems.
Our engineering matrix is strictly focused on providing state-of-the-art polymer processing capabilities:
Polylactic Acid (PLA) is the premier bio-based, biodegradable alternative to fossil-based polymers. However, extruding PLA presents unique thermodynamic and rheological challenges that require highly specialized equipment design to prevent degradation and guarantee dimensional stability.
PLA is highly hygroscopic. Extruding undried PLA leads to rapid hydrolytic cleavage, which reduces molecular weight and ruins mechanical properties. Baodie systems utilize specialized desiccant-wheel dehumidifying dryers to achieve a moisture content of <250 ppm, preventing melt bubbling and degradation.
Standard PVC or PE screws cause high shear heat, degrading PLA’s delicate molecular chains. We design proprietary single-screw geometries with L/D ratios of 30:1 or 32:1. Gentle mixing zones distribute heat evenly, and low-shear profiles maintain melt strength for highly uniform tube and profile walls.
PLA has a narrow processing window and low melt strength, making vacuum sizing delicate. Our Vacuum Calibration Spray Cooling Tanks use multi-axis micro-positioning and highly responsive pressure regulators to stabilize shapes instantly. This avoids deformation during high-speed production runs.
As global companies race to adopt sustainable solutions, manufacturing infrastructure must be agile, cost-effective, and highly reliable. Jiangsu Baodie Automation Equipment Co., Ltd. combines advanced manufacturing practices with structural efficiency.
Located in Jiangsu's industrial heartland, Baodie benefits from direct access to precision steel mills, high-grade heating element manufacturers, and electronic component networks. This reduces production lead times and guarantees fast access to replacement parts.
Combining original design structures from our parent company (Kingswel Group) in Taiwan with modern, automated manufacturing in Mainland China, we balance meticulous precision engineering with high-volume, cost-effective production capacity.
Unlike Western manufacturers who charge premium rates for minor modifications, Baodie offers complete OEM/ODM customization. We tailor our screw geometries, cooling troughs, pullers, and winders to your specific biopolymer formulations.
PLA extrusions are quickly replacing fossil-fuel plastics in consumer products, medical devices, automotive interiors, and packaging. Our custom systems are designed to satisfy the strict requirements of these dynamic sectors:
In medical-grade environments, dimensional consistency is vital. Our precision medical tubing extrusion lines utilize high-resolution laser diameter gauges and closed-loop speed pullers. This maintains tight outer/inner diameter tolerances within ±0.02mm, ideal for biosorbable medical implants and surgical tubing.
Automotive OEMs are choosing sustainable materials to lower carbon footprints. Our specialized lines process PLA composites (including wood-plastic and fiber-reinforced formulations) to create lightweight sealing strips, structural channels, and decorative interior profiles with excellent surface finishes.
PLA single-wall corrugated pipes and profiles are popular alternatives for agricultural drainage, protection conduits, and retail packaging. Our high-speed single-wall corrugating units feature optimized forming blocks to shape PLA quickly without creating internal stress or structural weaknesses.
As detailed in our recent projects, precision detonating tube manufacturing requires highly reliable extrusion systems. We develop specialized lines that extrude small-diameter tubes with precise wall thicknesses and exceptional burst pressure resistance.
Explore our primary industrial solutions, designed for high output, energy efficiency, and modern automation.
Designed for ultra-precise tubing with clean dimensions and closed-loop control.
Co-extrusion solutions for high-performance automotive fluid transfer systems.
Cleanroom-ready design offering high outputs and strict medical-grade compliance.
High-speed shaping and cooling technology for flexible conduit production.
Reinforced knitting hose lines designed for high-pressure industrial fluid applications.
Automated extrusion lines delivering high accuracy for automotive door/window seals.
At the National Exhibition and Convention Center in Shanghai, BAOD EXTRUSION presented "Smart Extrusion & High-Efficiency Innovation" solutions at Booth 7.1C04. We showcased intelligent automation integrations that drastically reduce energy consumption and scrap rates in commercial bioplastic and medical tubing processing lines.
Industrial demolition and mining systems demand absolute precision. Our customized detonating tube extrusion lines produce highly consistent, thin-walled tubing engineered to handle rigorous deployment scenarios. These systems ensure consistent performance under high-pressure conditions.
This detailed comparison analysis explains how Baodie bridges the gap with European machinery standards. By using advanced metallurgy, integrated melt pump systems, and high-frequency laser outer diameter calibration, we offer equivalent performance at a highly competitive capital cost.
We explore the quality frameworks, cleanroom manufacturing standards, and rigorous testing protocols that allow BAOD to supply top-tier automotive brands in Europe, North America, and Southeast Asia.
Expert engineering answers to common procurement, technical, and operational questions.
PLA must be dried to a moisture level of less than 250 ppm (0.025%), and ideally below 50 ppm, before processing to prevent hydrolytic degradation. Extruding damp PLA results in brittle profiles, loss of molecular weight, and poor surface finishes. Baodie extrusion systems integrate dehumidifying desiccant air dryers with closed-loop dew point control (capable of reaching -40°C or below) to ensure uniform drying performance.
PLA has low thermal conductivity and is highly shear-sensitive. Standard single-barrier screws generate excess heat, which degrades the polymer melt. We design our screws with a specific L/D ratio of 30:1 to 32:1 and custom low-compression barriers. This setup provides gentle, uniform melting. We also use high-precision multi-zone barrel cooling systems (distributing air or liquid) to maintain stable processing temperatures within ±1°C.
For medical-grade applications like multi-lumen bio-resorbable catheters, our extrusion lines achieve outer and inner diameter tolerances of ±0.02mm to ±0.01mm. We achieve this precision by pairing a high-precision melt pump with an advanced PLC-controlled pulling unit and high-frequency dual-axis laser measurement gauges. The pulling speed adjusts in real-time based on the laser measurements.
Standard lead times range from 60 to 90 days, depending on the customization required. This timeline includes layout design, custom screw fabrication, assembly, and rigorous testing with materials in our Jiangsu facility before shipment.
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