Engineered core units designed to meet the rigorous cleanroom and precision parameters of Singapore's medical tech and semiconductor manufacturing sectors.
Singapore has established itself as a global powerhouse for high-value advanced manufacturing, particularly within the biomedical science, aerospace engineering, electronics, and precision engineering clusters. Industrial hubs like the Tuas Biomedical Park and the Jurong Innovation District house state-of-the-art facilities that demand uncompromising quality in automated machinery. Units of extrusion lines—ranging from high-speed precision medical tube lines to multi-layer automotive fuel system hoses—must meet exact standards of repeatability, material integrity, and regulatory compliance.
As the Smart Industry Readiness Index (SIRI) drives Singaporean factories toward complete automation, extrusion technology is transitioning from manual, operator-dependent machinery to fully closed-loop, data-integrated systems. This shifting landscape requires manufacturers who do not merely sell components but offer high-capacity, customized, and digitally enabled solutions engineered for high performance and low environmental impact, aligning with the Singapore Green Plan 2030.
"The convergence of industrial automation, strict regulatory frameworks like HSA and FDA medical guidelines, and Singapore's transition toward clean, smart manufacturing environments has defined a new tier of requirements for modern extrusion machinery."
BAOD EXTRUSION (Jiangsu Baodie Automation Equipment Co., Ltd.), founded in 2002, is dedicated to the design, manufacturing, and sales of high-performance plastic extrusion equipment. Leveraging over 25 years of design and fabrication expertise rooted in Taiwan's advanced manufacturing culture—inherited from our original parent group (KINGSWEL GROUP) established in 1999—we supply global markets with robust, intelligent extrusion systems.
Our long-term commitment to innovation guides our primary research and development tracks:
Extrusion Manufacturing Experience
Modern R&D and Manufacturing Base
Dedicated Engineers & Technical Staff
Explore our flagship extrusion lines, engineered to maintain tight tolerances and high output for complex industrial configurations.
Ideal for medical catheters, micro-ducts, and specialty lab tubes requiring sub-millimeter precision control.
Engineered for multi-layer fuel lines, brake systems, and industrial fluid transmission systems with high barrier properties.
High-capacity systems designed for ISO Class 7/8 cleanroom integration, producing medical-grade IV and infusion tubes.
Optimized for rapid production of protective sheaths, electrical conduits, and automotive wiring harness tubes.
High-pressure hose production with integrated reinforcement layers for heavy-duty industrial and wash-down systems.
Produces multi-component co-extruded sealing profiles with metal insertions or flocking for modern electric vehicles.
Modern polymer processing relies on precise thermomechanical control. For high-tech applications, maintaining dimensional stability requires addressing melt temperature fluctuations, screw shear-stress distribution, and downstream calibration dynamics. Below, we break down the core components of BAOD's high-stability extrusion systems:
Our single-screw extruders (specifically the SJ Series) utilize barrier screws with L/D ratios ranging from 28:1 to 33:1, optimized for shear-sensitive materials like TPU, Pebax, and fluoropolymers. By incorporating custom feed-throat cooling designs and multi-zone PID barrel heating with ceramic band heaters and high-volume cooling blowers, we maintain polymer melt temperature fluctuations within ±0.5°C. This level of thermal stability prevents viscosity variations that degrade wall-thickness consistency.
For applications like medical micro-lumen catheters, achieving outer diameter tolerances of ±0.02 mm is critical. BAOD's precision vacuum sizing tanks integrate closed-loop water temperature control and multi-chamber vacuum systems. Liquid-ring vacuum pumps regulated by high-accuracy frequency inverters maintain steady vacuum levels, preventing the dimensional flattening or ovality common in high-speed runs.
Uniform pulling speed is essential for avoiding wall deformation. Our TKB and TKC series pullers utilize servo-driven, high-friction backing belts with micro-precision speed regulators. Downstream, our FQ series rotary fly knife cutters feature ultra-light rotary cutter heads driven by high-torque servo motors, enabling clean, burr-free cuts at high cycle rates. This configuration prevents tube distortion during cutting, maintaining tight tolerance profiles.
In high-tech sectors, equipment must comply with rigorous electrical, environmental, and mechanical safety standards. Every BAOD extrusion unit destined for Singapore is configured to meet local safety codes and international frameworks:
Stay updated on the latest technical advancements, global exhibitions, and industrial case studies from BAOD Extrusion.
BAOD EXTRUSION presented its latest R&D achievements at Booth 7.1C04, showcasing smart extrusion systems designed to improve yield rates and reduce material waste.
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Explores the technical challenge of manufacturing safety-critical detonating tubes, highlighting our high-precision wall thickness control systems.
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A technical comparison between precision multi-lumen extrusion designs and European standards, focusing on high-accuracy tooling.
Read More +Get answers to critical technical questions regarding the configuration, operation, and maintenance of extrusion lines.
Select from our comprehensive list of extrusion components, pullers, winders, and sizing tanks, configured to integrate into existing production lines.
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