Turnkey engineering platforms designed for high throughput, tight tolerance stability, and automated process control.
Addressing the structural shift toward high-performance technical polymers, lightweighting mandates, and automated cleanroom processing.
The explosive transition to New Energy Vehicles (NEVs) requires complex, multi-layered cooling circuits capable of handling dielectric fluids and high-pressure glycol cycles without permeation drift.
Catheter interventions require micro-extrusions featuring micron-level concentricity tolerances. Medical-grade soft PVC, TPU, and PEEK demand thermal melt homogeneity to eliminate shear degradation.
Replacing traditional vulcanized EPDM rubber, TPV/TPE co-extrusion drastically cuts scrap rates and allows 100% recycling, significantly lowering carbon footprints for automotive OEM door systems.
Tracing back 25 years through the Kingswel Group’s mechanical lineage in Taiwan and established as BAOD EXTRUSION in 2002, our engineering philosophy bridges the gap between precision tooling craft and high-output industrial automation.
Unlike standard machinery assemblers, BAOD conducts internal kinematic analysis, melt rheology simulation, and CNC precision milling of bimetallic screws and spiral mandrels at our 16,000 m² Haian facility. Our multi-layer co-extrusion dies ensure layer ratio deviations remain below ±1.5% across extended production campaigns.
Total Closed-Loop Interlock: High-speed optical laser measurement combined with automated haul-off traction adjustments provides immediate melt compensation, eliminating out-of-spec scrap before it enters downstream winding.
BAOD extrusion lines are engineered for turnkey operational deployment worldwide. Our electrical and mechanical architectures meet strict European and North American safety standards.
Complete safety guarding, Category 4 emergency stops, and dual-channel interlocks across moving segments.
Siemens or Rockwell PLC automation with dual-voltage frequency compatibility (480V/380V/220V, 50/60Hz).
Stainless steel SUS304/SUS316 sizing tanks, oil-free vacuum loops, and enclosed clean water drainage.
How our ongoing R&D bridges algorithmic control, energy recovery, and sustainable biopolymer processing.
In-die melt transducer arrays dynamically modulate zone heating to compensate for raw material batch fluctuations and recycled resin variations.
Development of micro-spiral distributors capable of extruding bio-resorbable medical implants with structural deviations lower than ±0.01mm.
Hydraulic dual-channel color purging systems reducing material purge loss by up to 68% during high-frequency production adjustments.
Direct telemetry integration allowing OEM engineering teams to conduct remote diagnostics, predictive bearing maintenance, and yield audits.
Crucial technical details addressed by our Senior Extrusion Application Engineers.
Precision profile lines, high-speed medical equipment, vacuum sizing calibration, and follow-up downstream machinery.
Send your part drawing (CAD/PDF), targeted resin datasheet, and anticipated output parameters. Our extrusion design engineering team will provide a comprehensive equipment proposal and tolerance report within 24 business hours.