CISSCO MACHINERY

Introduction

CissCo Machinery, associated with 兴索（上海）自动化科技有限公司, is a Shanghai-based supplier and engineering provider of plastics-processing, textile, extrusion, forming, and recycling equipment. The company presents itself as a provider of complete or customized production lines for pipes, profiles, sheets, films, strapping, monofilament, yarn, and related plastic products. Its headquarters are listed at New Jinqiao Road in Pudong, Shanghai.

CissCo occupies an equipment-supply position within the plastics-industry value chain rather than that of a polymer producer or plastics converter. Its activities connect machinery sourcing, line engineering, automation, installation support, and international project supply. The company’s product portfolio reflects several important plastics-industry segments: extrusion, fiber and filament production, packaging materials, irrigation products, sheet manufacture, and recycling.

The company states that it was established in Shanghai in 2008 by professionals with prior experience in plastics and related machinery. It has participated in CHINAPLAS since 2016, according to the exhibition’s exhibitor directory. Publicly described capabilities include turnkey line design, customized equipment integration, and the supply of machinery for both plastics processing and synthetic-textile production.

History and Development

CissCo’s development can be outlined through several identifiable milestones:

• 2008: The company states that CissCo Machinery was founded in Shanghai by professionals with experience in plastics machinery and associated processing technologies.
• 2010s: Its portfolio expanded across extrusion, textile machinery, forming equipment, and plastics recycling, moving beyond individual machines toward complete production-line solutions.
• 2016 onward: CissCo has participated in CHINAPLAS, increasing its visibility within the international plastics and rubber machinery marketplace.
• Recent development: Company materials emphasize customized engineering for production lines covering strapping, irrigation tape, fibers, monofilament, pipes, sheets, and plastic recycling.

These developments correspond with a broader shift in plastics machinery toward integrated systems. Equipment buyers increasingly seek coordinated extrusion, calibration, winding, cutting, conveying, control, and recycling functions rather than isolated machines. Suppliers that can combine equipment from multiple process categories may therefore serve projects requiring localized engineering and turnkey commissioning.

Business Operations and Segments

CissCo’s business model combines equipment supply with project-oriented engineering. Its public descriptions identify the company as a supplier of complete production systems and customized plastic machinery lines. Third-party business-directory information characterizes the company as a relatively small Shanghai industrial-equipment enterprise, while company materials emphasize international supply and engineering services.

Its principal operating areas include:

• Plastics extrusion equipment
• Synthetic-fiber and filament machinery
• Plastic forming and sheet-production equipment
• Packaging-material production lines
• Recycling machinery
• Auxiliary equipment and line integration
• Customized turnkey projects

This structure places CissCo between machinery manufacturers, component suppliers, and end users. In a typical project, the company may be involved in selecting equipment, configuring a process line, coordinating auxiliary systems, and supporting delivery or commissioning. The commercial value of such an arrangement depends on process compatibility, throughput, product specifications, energy use, automation, spare-parts support, and the ability to adapt the line to locally available raw materials.

Products and Technologies

Extrusion and Profile Equipment

CissCo lists machinery for the production of plastic pipes, profiles, sheets, films, straps, and irrigation products. These systems generally rely on one or more extruders, melt filtration, dies, cooling or calibration units, haul-off equipment, cutting or winding systems, and process-control equipment.

Relevant line categories include:

• Plastic pipe extrusion lines
• Profile extrusion lines
• Sheet extrusion lines for PC, PET, and PP
• Film and tape extrusion systems
• Drip-irrigation tape extrusion lines
• Plastic strapping-band production lines

Pipe and profile lines typically require accurate die design, dimensional calibration, controlled cooling, and stable haul-off. Sheet and film lines place greater emphasis on melt uniformity, die-width control, cooling-roll performance, winding, and thickness consistency. Production requirements vary substantially according to polymer type, product geometry, filler content, recycled-material ratio, and target output.

Strapping-Band Production

The company identifies PP and PET strapping-band production lines among its principal products. These systems convert polymer resin into narrow, oriented bands used in logistics, packaging, construction materials, and industrial bundling.

A typical strapping process may include:

1. Polymer conveying and drying where required
2. Extrusion through a flat die
3. Cooling and initial sizing
4. Longitudinal stretching or orientation
5. Heat setting
6. Embossing or surface treatment
7. Accumulation and winding

PET strapping generally requires careful moisture control because excessive polymer moisture can reduce molecular weight during processing. PP strapping relies on melt stability, controlled stretching, and winding accuracy to achieve the intended balance of tensile strength, elongation, and flexibility.

Fiber, Filament, and Yarn Machinery

CissCo supplies machinery associated with FDY and POY yarn production, monofilament, fiber production, and yarn twisting. The company’s listed textile-machinery categories include spinning and twisting equipment, including PP, PA, and PET processing systems.

These technologies may involve:

• Polymer melting and metering
• Spinnerets and spinning assemblies
• Quenching or cooling systems
• Drawing and orientation stages
• Godet rolls
• Winding units
• False-twist or two-for-one twisting equipment
• Yarn handling and packaging systems

The performance of such equipment is influenced by polymer rheology, spinneret design, spinning speed, temperature stability, tension control, and winding precision. Applications can include industrial yarns, textile filaments, technical fibers, and plastic monofilaments.

Monofilament and Tape Lines

Monofilament equipment is used to produce single-strand plastic filaments for applications such as brushes, screens, fishing products, agricultural materials, technical fabrics, and industrial components. Tape lines produce flat narrow strands that can be further processed into woven products, packaging materials, or industrial textiles.

The principal technical variables include:

• Melt filtration and cleanliness
• Die-hole geometry
• Cooling conditions
• Stretch ratio
• Diameter or width control
• Surface finish
• Winding tension

Sheet and Forming Equipment

The company lists PC, PET, and PP sheet production lines among its equipment offerings. Sheet systems may be configured for packaging, construction, industrial protection, automotive components, or other applications. Depending on the polymer and specification, the line may incorporate drying, single- or twin-screw extrusion, melt filtration, a flat die, multi-roll calendering, edge trimming, and sheet stacking or winding.

CissCo also identifies forming machinery within its broader catalogue. Forming processes can include thermoforming or related downstream operations in which a heated sheet is shaped over a mold or tool. Product quality depends on sheet-temperature uniformity, mold design, vacuum or pressure control, cycle time, and cooling.

Recycling Machinery

Plastic recycling is another stated area of activity. Recycling lines commonly combine size reduction, washing where necessary, separation, drying, extrusion, melt filtration, and pelletizing. The appropriate configuration depends on the waste stream, including post-industrial scrap, agricultural film, packaging waste, rigid plastics, or contaminated mixed materials.

Recycling equipment must balance contamination removal, polymer degradation, energy consumption, pellet quality, and operating cost. Recycled feedstock can also require blending with virgin resin or additional filtration to meet the mechanical and appearance requirements of the final product.

Applications and End Markets

CissCo’s equipment portfolio serves several end markets:

The company’s breadth enables it to address projects in which plastics processing and synthetic-textile production overlap. For example, PET may be processed into packaging strap, sheet, or textile yarn, while PP may be used in strapping, irrigation tape, monofilament, and technical textiles.

Global Presence and Market Position

CissCo is based in Shanghai, one of China’s major industrial, logistics, and export centers. Its participation in CHINAPLAS since 2016 indicates sustained engagement with an international plastics-machinery exhibition and buyer network. Company materials describe its activities as international and emphasize complete production-line supply.

Its competitive position is best understood through specialization rather than scale. CissCo offers a comparatively broad combination of plastics extrusion, textile machinery, forming, and recycling equipment. This can be relevant to customers seeking a single project contact for several related process lines, especially where customization and equipment coordination are more important than purchasing a standardized machine from a large specialist manufacturer.

The company’s market environment includes:

• Competition from Chinese machinery exporters offering cost-oriented equipment
• Competition from specialized European, Japanese, and other international machinery manufacturers
• Demand for automation and labor-saving production systems
• Increasing use of recycled polymers
• Pressure to improve energy efficiency and reduce production scrap
• Regionalization of plastics production and equipment supply chains

The effectiveness of CissCo’s market position depends on its ability to provide reliable process performance, commissioning support, technical documentation, spare parts, and adaptation to different regulatory and operating environments.

Research and Development

CissCo’s public materials emphasize engineering and customized line design rather than a separately reported research organization. Its technology-development activities can be understood primarily through the adaptation and integration of process equipment for different polymers, product geometries, and output requirements.

Areas requiring continuing technical development include:

• More precise extrusion and thickness control
• Improved tension and winding systems for films, tapes, fibers, and yarns
• Higher recycled-content processing capability
• Melt filtration for contaminated feedstocks
• Lower-energy heating, cooling, and drive systems
• Integrated automation and production monitoring
• Improved compatibility between upstream extrusion and downstream forming or winding

In plastics machinery, innovation frequently occurs through the coordinated improvement of mechanical design, sensors, drives, control software, process data, and auxiliary equipment. The commercial significance of these improvements is measured through output stability, product consistency, reduced waste, energy consumption, and ease of operation.

Sustainability and Environmental Initiatives

CissCo’s involvement in recycling machinery places it within the plastics industry’s transition toward greater material circularity. Recycling equipment can support the recovery of suitable plastic waste into regrind or pellets, reducing dependence on virgin resin in applications where recycled material meets performance requirements.

Environmental considerations associated with its equipment portfolio include:

• Increasing the proportion of recycled polymer in selected products
• Reducing start-up waste and off-specification production
• Improving melt filtration and contamination removal
• Lowering electricity use through efficient drives and heating systems
• Optimizing cooling-water circulation
• Extending machinery service life through maintenance and replacement parts

Recycling does not eliminate all environmental impacts. Washing, drying, extrusion, transport, and repeated thermal processing consume energy and may affect polymer properties. The environmental outcome therefore depends on feedstock quality, line efficiency, electricity sources, product durability, and whether the recycled material displaces virgin polymer in a technically appropriate application.

A business-directory listing associates CissCo with ISO 9001 and ISO 14001 management-system certifications. Such certifications concern management processes and environmental-management frameworks; they should not by themselves be interpreted as proof that every product or project achieves a specific environmental performance level.

Quality Management and Certifications

The company’s machinery activities require quality control across several stages:

• Equipment specification and process design
• Component selection
• Fabrication and assembly
• Electrical and automation integration
• Factory testing
• Installation and commissioning
• Operator training and maintenance support

For extrusion and fiber machinery, quality is particularly dependent on dimensional tolerances, temperature-control accuracy, screw and barrel condition, die manufacture, motor and drive coordination, and the stability of auxiliary systems.

ISO 9001 and ISO 14001 are identified in third-party supplier information associated with CissCo. ISO 9001 addresses quality-management systems, while ISO 14001 concerns environmental-management systems. The practical value of these systems depends on implementation, auditing, corrective action, and their integration with engineering and after-sales procedures.

Financial Performance and Economic Impact

Public company profiles identify CissCo as a small industrial-machinery supplier and provide an indicative third-party revenue estimate, although such directory figures should be treated cautiously because they are not equivalent to audited financial statements. Detailed public financial reporting is not a prominent feature of the company’s available commercial materials.

The company contributes to the plastics economy through equipment supply rather than resin production or high-volume conversion. Its economic effects include:

• Enabling new plastics-processing capacity
• Supporting packaging, agriculture, construction, textile, and recycling projects
• Creating demand for machinery components, controls, fabrication, installation, and maintenance
• Facilitating technology transfer between equipment suppliers and processors
• Supporting the development of local production lines in export markets

The economic performance of an equipment supplier is closely tied to capital expenditure cycles. Demand can rise when converters expand capacity or replace older lines, but it can weaken during periods of excess polymer capacity, high interest rates, reduced packaging demand, or delayed industrial investment.

Innovations and Future Outlook

CissCo’s future prospects are connected to several structural trends in the plastics and machinery industries:

• Circular materials: Greater demand for recycling lines and equipment capable of processing variable recycled feedstocks.
• Lightweight packaging: Continued interest in thinner films, tapes, sheets, and strapping with sufficient mechanical performance.
• Agricultural efficiency: Demand for irrigation products, including drip tape and related polymer components.
• Automation: Greater use of sensors, digital controls, recipe management, and production monitoring.
• Energy efficiency: Pressure to reduce electricity consumption in extrusion, heating, cooling, spinning, and winding.
• Customization: Continued demand for lines adapted to regional raw materials, product specifications, and factory layouts.
• Integrated supply: Interest in turnkey projects that combine process equipment, auxiliaries, controls, and commissioning support.

The principal challenges include intense competition among machinery suppliers, variation in customer technical requirements, after-sales-service expectations across different markets, and the difficulty of maintaining consistent performance when recycled or highly variable feedstocks are used. Long-term competitiveness will depend on engineering reliability, process validation, documentation, service responsiveness, and the ability to demonstrate measurable improvements in productivity and resource efficiency.

Summary

CissCo Machinery, associated with 兴索（上海）自动化科技有限公司, is a Shanghai-based supplier of plastics-processing and textile-production machinery. Founded in 2008, the company provides equipment and customized production-line solutions for extrusion, strapping, irrigation tape, sheets, pipes, profiles, films, monofilament, synthetic yarn, twisting, forming, and plastics recycling.

Its role in the plastics industry lies in connecting equipment engineering with the practical requirements of converters and manufacturers. The company’s broad portfolio spans packaging, agriculture, construction, textiles, technical materials, and recycling, while its CHINAPLAS participation reflects continuing engagement with the international plastics-machinery market. Its future position will be shaped by the industry’s movement toward automation, recycled-material utilization, energy efficiency, and increasingly integrated production systems.

References

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  CPS+ eMarketplace. (n.d.). CISSCO MACHINERYCISSCO MACHINERY. CPS+ eMarketplace. https://www.chinaplasonline.com/eMarketplace/ExhibitorInfo?CompId=1036400Link