Explore our cutting-edge machinery designed for precise dimensional stability and maximum output performance.
Analysis of market demands, technological advancements, and next-generation polymer processing.
Modern applications demand smaller, more precise structures. Industries are shifting toward micro-tubing and complex miniature profiles with tolerances below ±0.02 mm, requiring advanced screw geometry designs, high stability servo drives, and real-time sensor integration.
Closed-loop feedback systems using online laser diameter gauges adjust screw speed and puller tension dynamically. The integration of centralized PLC systems allows complete process transparency, automated recipe management, and predictive maintenance schedules.
Processing engineering plastics like fluoropolymers (FEP, PFA), high-temperature polyurethanes (TPU), and multi-layer PA (nylon) structures requires specialized melt flow optimization and high corrosion resistance barrel-and-screw treatments to ensure melt uniformity.
BAOD EXTRUSION (Jiangsu Baodie Automation Equipment Co., Ltd.), founded in 2002, is dedicated to designing, manufacturing, and selling high-end plastic extrusion equipment. Leveraging over 25 years of engineering experience originating from our Taiwanese roots (KINGSWEL GROUP), we established our advanced manufacturing base in Shanghai in 1999, followed by expanded operations in Jiangsu to serve global markets.
We maintain a long-term research focus on precision micro-extrusion, high-efficiency material processing, automation integration, and operational safety to provide our clients with turnkey manufacturing lines.
Engineered solutions designed for specialized profiles, hoses, medical tubing, and complex industrial structures.
Designed for ultra-precise micro-tubing. Ideal for cleanroom setups, utilizing advanced melt-pressure control to guarantee tight dimensional accuracy.
Provides multi-layer co-extrusion technology for functional automotive fuel systems, offering vapor barriers and chemical resistance.
Optimized for high-yield, medical-grade cleanroom environments producing infusion, drainage, and oxygen-delivering tubing lines.
Delivers high productivity corrugated pipe forming for reliable automotive wire harness protection and industrial fluid transfers.
Integrates advanced yarn knitting structures inside TPV profiles, creating pressure-resistant composite hoses for industrial use.
High-efficiency co-extrusion profile line configured for dual-durometer structures and weather-resistant automotive door/window seals.
How we solve technical challenges to deliver maximum ROI for global processing facilities.
We deploy precise closed-loop controls for calibration and sizing. Our vacuum calibration tanks feature micro-adjustments in three dimensions, coupled with high-stability water-temperature and water-level control, ensuring the absolute ovality of delicate catheters or automotive tubing.
Processing advanced multi-layer systems (2 to 5 layers) requires precision distributor design. By optimizing flow channel geometries within the extrusion crosshead, we prevent melt turbulence and maintain even wall-thickness distribution across all layers, reducing compound waste.
Tension control is critical to prevent deformation in medical and thin-walled profiles. Our caterpillar and belt pullers utilize high-precision, low-backlash servo planetary gearboxes synchronized directly with PLC cutting systems, achieving zero-tension pull and burr-free cuts.
A deep analysis of materials, compliance, global procurement, and technological roadmaps.
Global procurement teams face strict performance criteria when selecting an extrusion machinery partner. Factors include machine lifetime, process stability, material yield efficiency, and local compliance standards. Beyond initial capital expenditure, procurement managers analyze total cost of ownership (TCO). A custom-configured BAOD line optimizes energy efficiency through the integration of variable-frequency motors and high-efficiency induction heating bands, reducing power consumption by up to 25% compared to legacy architectures.
Furthermore, standardizing screw and barrel designs on high-performance bimetallic alloys guarantees longevity, even when processing highly abrasive materials or fluoropolymers. Our machines are built with modular designs, allowing quick tooling changeovers, reducing downtime, and enabling processors to pivot quickly between production runs.
Precision micro-extrusion relies on understanding polymer rheology. Materials such as fluorinated ethylene propylene (FEP), thermoplastic polyurethane (TPU), polyamides (PA11/PA12), and plasticized PVC exhibit distinct behaviors under shear stress and heating profiles. For example, medical-grade TPU is highly hygroscopic and shear-sensitive. It requires precise drying systems and barrier screw geometries to prevent thermal degradation and melt bubbles.
Similarly, automotive corrugated fuel lines utilize multi-layer co-extrusion technology to bond incompatible materials (e.g., PVDF and Polyamide) using specialized adhesive tie-layers. Our feed-block designs ensure layer uniformity and cross-linking without compromising wall thickness, keeping your components aligned with strict safety certifications.
Medical tube extrusion lines must comply with cleanroom environments (Class 10,000 / ISO 7 and Class 100,000 / ISO 8). BAOD designs extrusion machinery to minimize particulate emission. We utilize stainless-steel vacuum tanks, closed-loop water filtration systems, and non-contact electromagnetic heating jackets. Gearboxes are sealed with zero-leakage oil seals, and the overall frame layout is designed to facilitate easy washdown and sterilization protocols.
Our automation systems comply with international standards such as CE, UL, and CSA. System interfaces are designed to support data logging and export capabilities, meeting FDA 21 CFR Part 11 requirements for medical manufacturing process validation.
The future of precision extrusion relies on artificial intelligence and predictive modeling. BAOD is currently developing self-optimizing extrusion control algorithms. These systems continuously analyze sensor data—such as melt temperature, pressure, puller tension, and laser diameter gauges—to proactively adjust process parameters before dimensional deviations occur. The integration of digital twins and remote IoT diagnostics will allow our engineering team to provide real-time troubleshooting and optimization advice to facilities globally, minimizing unscheduled maintenance and maximizing production yields.
Detailed explanations regarding calibration, material processing, tolerances, and line setup.
Stay updated with our recent exhibitions, breakthroughs in extrusion technology, and compliance practices.
From April 21–24, CHINAPLAS 2026 was successfully held at the National Exhibition and Convention Center in Shanghai. BAOD EXTRUSION presented "Smart Extrusion & High-Efficiency Innovation" solutions, displaying our latest automated downstream configurations.
In modern industrial facilities, producing explosive shock tubes and detonating tubes requires strict precision. BAOD's custom lines deliver consistent wall thickness, high output speed, and safe operational control panels.
Our engineering standards for medical-grade catheters match European designs. We focus on low-leakage gearboxes, closed-loop PLC logic control, and precise toolings for multi-lumen profiles.
With the shift toward electric and lightweight vehicles, automotive tubes demand higher precision. We adhere strictly to IATF 16949 standards, providing high-speed co-extrusion for PA fuel tubes and EV cooling lines.
We analyze trends in acoustic sealing, dual-durometer profile co-extrusion, and automated inline drilling systems designed to improve automobile cabin insulation and weatherstrip durability.
Complete your production configuration with our high-speed winding, pulling, and custom profile forming units.
Baodie
