High-precision inline puller systems matched with dynamic fly knife cutting units for ultra-precise medical tube lengths.
Industrial grade heavy duty belt pullers with customized pressure adjustment configurations for stable line tension control.
Fully automated displacement winding machines designed for consistent tension and neat layer placement on large spools.
Standard shaft type spooling systems optimized for flexible medical tube spooling and general plastic profile packaging.
High stability extruders for micro-tubing, medical catheters, and narrow-diameter diagnostic supply components.
High capacity medical grade PVC lines equipped with advanced calibration baths and real-time diameter tracking.
Advanced extrusion technology designed for complex, co-extruded seal profiles with integrated metal reinforcement support.
Tailor-made extrusion setups for engineering plastics, maintaining tight structural tolerances on non-circular profiles.
BAOD EXTRUSION (Jiangsu Baodie Automation Equipment Co., Ltd.), founded in 2002, is a premier designer, manufacturer, and supplier of precision plastic extrusion equipment. Our engineering foundation rests upon 18 years of high-quality design and fabrication experience inherited from our Taiwan origins. In 1999, our parent enterprise (KINGSWEL GROUP) established our main manufacturing base in Shanghai, subsequently scaling operations to our current state-of-the-art facilities in Jiangsu.
We maintain an unwavering commitment to R&D in high-precision and high-efficiency extrusion systems. We develop integrated, smart-controlled manufacturing systems that optimize melt flow, ensure outer-diameter (OD) and inner-diameter (ID) consistency, and automate downstream sorting and winding operations.
In life-critical medical interventions, from minimally invasive cardiac catheterizations to precise intravenous medication delivery, the performance of the extruded polymer tubing is paramount. Medical device extrusion involves the process of melting raw thermoplastic compounds and forming them through a die into continuous shapes, primarily tubes, profiles, or multilayer structures.
These tubes must exhibit precise wall thickness, consistent concentricity, and biological compatibility. Small fluctuations in diameter can lead to catastrophic failures in flow rate calculations or assembly compatibility. This is why manufacturers rely on cutting-edge machinery configured for low pulsation melt delivery, integrated gear pump control, and non-contact laser measurement systems.
Historically, high-end medical tubing lines were sourced almost exclusively from Western Europe or North America. Today, leading Chinese manufacturers, such as BAOD EXTRUSION, have successfully bridged the technological gap, offering significant strategic advantages:
The medical technology sector is transitioning towards micro-invasive surgery, resulting in massive demand for Micro-Bore and Multi-Lumen Tubing. Catheters are no longer simple channels; they are complex multi-lumen structures containing ports for fiber optics, fluid injection, wiring, and balloons.
Furthermore, smart manufacturing represents the future of this sector. By employing advanced closed-loop feedback systems, the extruder speed, puller speed, and water bath temperature dynamically adjust based on live data from downstream laser gauges. This minimizes material waste during startup and prevents defects during production runs.
Fully integrated lines for cleanroom manufacturing of PVC, TPU, Pebax, and FEP tubing. Designed to meet strict global health and safety guidelines.
Engineered co-extrusion configurations for multi-layer PA fuel, brake, and thermal management tubing vital for both ICE and electric vehicles.
Customized equipment configurations for manufacturing structural parts, corrugated conduits, and specialized co-extruded window/door weatherstripping.
To maintain compliance in highly regulated markets, global OEMs require suppliers to prove that their extrusion lines are stable, repeatable, and capable of holding nominal wall thicknesses under high extrusion speeds.
High-precision multi-lumen tubing is critical for complex diagnostic and surgical catheters. Historically, European manufacturers set the benchmark for this technology. Today, BAOD EXTRUSION uses highly customized dies and specialized air-support systems to manage the inner geometry of multi-lumen structures during cooling. Our lines incorporate gravimetric feeding systems to regulate material throughput, ensuring that we match European dimensional stability while providing a faster return on investment.
The automotive industry is in transition, shifting from steel lines to high-strength plastic assemblies to reduce vehicle weight and improve fuel/battery efficiency. Producing multi-layer PA (polyamide) smooth and corrugated hoses requires multi-extruder co-extrusion setups with extremely precise layer bonding. Our systems are engineered to prevent cross-contamination between layers, ensuring that structural integrity is maintained under high temperature and high pressure conditions.
In high-risk mining and infrastructure demolition sectors, the production of shock tube (detonating tube) requires maximum processing safety and dimensional consistency. A minor defect in tube wall thickness can alter signal transmission rates or cause premature failures. Our customized detonating tube extrusion lines incorporate precise speed controls, double tension-control winders, and explosion-resistant component configurations to ensure reliable, high-yield manufacturing.
Optimized for continuous, high-precision small diameter tube production with micron-level consistency.
Advanced co-extrusion technology designed for high-performance automotive fluid dynamics.
Optimized throughput with high-speed cooling systems for cleanroom operations.
Specially designed block system for producing flexible single wall protection tubes.
Co-extrudes high-performance TPV with intermediate reinforcement fabric layers for robust industrial hoses.
Engineered to process sealing profiles with integrated metal insertion and high-speed online vulcanization.
At Booth 7.1C04, BAOD EXTRUSION presented "Smart Extrusion & High-Efficiency Innovation" solutions, showing visitors how smart closed-loop control optimizes energy use and raw material consumption.
How we emerged as a Top 10 solution provider for customized shock tubes, emphasizing safety integrations and strict tolerance standards required for hazardous materials processing.
Analyzing the technical differences and manufacturing parameters of Chinese multi-lumen lines in comparison to European medical engineering standards.
Explore BAOD's systematic approach to ISO/IATF 16949 compliance, ensuring automotive supply chains get components with zero dimensional deviations.
Analyzing automotive insulation needs for the 2026 vehicle market, highlighting BAOD’s automated, multi-material co-extrusion technologies.
Specialized cleanroom extrusion configurations designed for producing ultra-smooth intravenous and respiratory tubes.
Production line configured to handle tough engineering thermoplastics for interior and exterior car components.
Protective plastic jacket extrusion equipment designed for coating copper, steel, and aluminum pipes.
High speed continuous forming machines for electrical wire protection and cable routing paths.
Extrusion setups engineered with heavy-duty torque capacities to process high-viscosity UHMWPE material.
Maintains optical clarity and precise wall thicknesses on diffusers, covers, and tubes for LED lighting systems.
Automatic traveling circular saw cutting units designed for rigid profiles and heavy, thick-walled plastic tubes.
High capacity single screw extruders featuring energy-saving designs and adaptable processing screws for various materials.
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