Explore our premium machinery array customized for high-efficiency manufacturing, high-density filtration, and automated downstream processing.
Optimized for high-yield packaging nonwoven bags, structural furniture backing, and Kansai regional agricultural protective fabric projects.
High-speed integration engineered for critical medical-grade barrier fabrics, surgical gowns, and hygienic health care products.
Features four structural layers delivering advanced filtration efficiency and physical durability compared with standard SMS lines.
Ultra-fine fiber extrusion technology yielding supreme barrier properties, uniform texture softness, and medical comfort.
Osaka has historically served as a critical engine of Japanese industrial engineering, housing renowned precision manufacturing, material science, and heavy machinery clusters. Within the Kansai region, packaging automation has transformed from basic mechanical operations to complex, high-speed, integrated cyber-physical systems. HG Nonwoven Machinery bridges these worlds by implementing advanced design concepts, including the 5th Generation Spunbond Spinning Technology, to deliver industrial equipment tailored for the modern factory.
By blending imported engineering concepts with local operational design parameters, our nonwoven packaging machinery aligns with Japan's strict manufacturing standards. These systems offer energy efficiency, optimized floor space utilization, and lower cost-per-unit metrics. Our solutions enable factories to scale operations seamlessly from raw polymer handling to final rolled product packaging.
The global demand for nonwoven products, driven by the hygiene, medical, and agricultural sectors, requires packaging lines that can match high upstream production rates. Conventional manual processes present bottleneck challenges and heighten contamination risks. Automated roll wrapping, cartoning, and flow wrapping machinery play a key role in maintaining hygienic barriers, optimizing transport density, and ensuring long-term material stability.
Since 2014, Pujaing HG Nonwoven Machinery has deployed high-performance nonwoven fabric lines and packaging systems globally. Our engineering footprint represents verified project execution.
How we execute high-capacity nonwoven projects from initial feasibility to active high-volume production.
We provide comprehensive regional market analysis, localized cost assessments, and design feasibility reviews based on your target operational requirements.
We tailor mechanical layouts, choose appropriate extrusion beam counts (S, SS, SMS, SMMS), and configure automated packaging interfaces to match your facility footprint.
We deploy downstream peripheral units, including high-speed slitting systems, automatic coiling, recycling, and heavy-duty protective outer wrapping machines.
We support your operations with a 24-month comprehensive engineering service package, providing field training, PLC software updates, and rapid spare parts supply.
Detailed performance parameters demonstrating the industrial-grade capabilities of our nonwoven systems.
| Parameter / Feature | 5th Gen Spunbond System Details | Automated In-Line Packing Specifications |
|---|---|---|
| Operating Web Width | 1600mm to 3200mm (Highly configurable) | Auto-adjustable to match dynamic slitter outputs |
| Throughput Capacities | Up to 15,000 kg / 24 hours (depending on GSM) | Handles up to 12 Finished Roll Packs per minute |
| Polymer Compatibility | PP (Polypropylene), Bio-based PLA, Recycled PP | Polyolefin Shrink Film, Kraft Paper, Stretch Wrap |
| Sealing Mechanisms | Ultrasonic non-contact bonding & calenders | Heated bar impulse sealing & friction-weld strapping |
| Core Control Architecture | PLC Interface with Distributed Control System (DCS) | Closed-loop tension control with digital feedback |
How different industrial fields apply our systems to optimize product performance and streamline packaging steps.
Produces soft, breathable, and highly absorbent nonwoven components used in diapers, adult incontinence items, and feminine hygiene products.
Engineered for cleanroom production of surgical drapes, medical face masks, protective isolation gowns, and sterile surgical wraps.
Optimized for manufacturing durable shopping bags, agricultural fruit covers, pharmaceutical barrier wraps, and protective furniture backing.
Generates weather-resistant, UV-stabilized, and permeable crop covers that protect plants from frost damage, birds, and insects.
The industrial landscape for nonwoven products is shifting toward sustainable materials, energy efficiency, and higher automation levels. Globally, manufacturers face strict environmental mandates, pushing the industry to transition from traditional fossil-based raw materials to biodegradable polymers like Polylactic Acid (PLA) and recycled Polypropylene (rPP). This shift requires advanced extrusion systems that can handle complex thermal profiles without compromising material strength.
In parallel, the rise of Industry 4.0 has established real-time data monitoring as a standard requirement for major manufacturing operations. Modern factories rely on sensors to track web tension, monitor extrusion temperatures, and detect surface defects instantly. Integrating these smart systems ensures consistent quality, minimizes waste, and lowers total cost of ownership. Our 5th-generation equipment is built to meet these evolving standards, offering seamless compatibility with plant-wide SCADA networks for remote monitoring and diagnostics.
For manufacturers looking to build or expand their operations, a turnkey engineering partner simplifies the entire project lifecycle. A complete setup requires more than just the core extrusion line; it involves material feeding systems, in-line recycling, precise slitting, and automated final packaging. Working with a single provider ensures all modules are fully integrated and compatible, reducing setup times and minimizing the risk of operational bottlenecks.
Consult with our engineers to configure an automated nonwoven production and packaging setup tailored to your facility's requirements.
Send Inquiry NowClear answers to common questions about our nonwoven systems, commissioning processes, and automation capabilities.
Our 5th Generation technology features optimized melt distribution channels and a high-precision spinneret design. This improves fiber distribution uniformity while reducing heating energy requirements by up to 15% compared to older designs.
Yes. Our extrusion lines are designed with multi-zone temperature controls and custom screw profiles that allow seamless switching between virgin Polypropylene (PP) and bio-based Polylactic Acid (PLA).
Our turnkey support covers the entire project lifecycle: factory layout planning, raw material handling systems, extrusion line setup, downstream slitting, automatic recycling units, and in-line roll packaging.
Our engineering team provides on-site installation, system calibration, and operator training. We also offer remote diagnostic support and a 24-month warranty package to keep your line running smoothly.
Our machinery is designed to comply with international safety regulations, including European CE standards and regional industrial safety protocols, featuring automated emergency shut-offs and physical safety enclosures.
Power consumption varies based on the design width and production throughput. We optimize each setup with variable frequency drives (VFDs) and high-efficiency heating zones to minimize power usage per ton of output.
A comprehensive overview of our complete machinery range, covering downstream packaging, recycling systems, and multi-beam extrusion lines.
Automated packaging systems designed for multi-pack wet wipes, medical disinfecting wipes, and cosmetic tissue packs.
High-precision packaging machinery built to pack surgical masks and N95 respirators in single or multi-piece configurations.
High-capacity extrusion systems designed for manufacturing uniform, high-tensile nonwoven rolls for industrial use.
Four-layer composite machinery providing advanced barrier protection for surgical, industrial, and safety applications.
A dependable, single-beam production system designed for regional packaging startups and agricultural cover manufacturers.
Engineered for low energy consumption and stable output, ideal for large-scale industrial roll production.
An industrial-grade solution designed to produce soft, breathable, and uniform nonwoven materials for hygiene products.
An eco-friendly system designed to process and pelletize edge trim waste, returning raw materials back to the production cycle.
HG NONWOVEN