YANGZHOU HAIXING BRUSH MACHINE CO,,LTD.

Introduction

Yangzhou Haixing Brush Machine Co., Ltd. (Chinese: 扬州市海星数控制刷设备有限公司), also rendered in English as Yangzhou Haixing CNC Brush Machine Co., Ltd., is a Chinese manufacturer of automated equipment for brush production. Based in Yangzhou, Jiangsu Province, the company develops, manufactures, sells, and services machinery used for drilling, tufting, trimming, flagging, and related brush-making processes.

The company operates within the plastics-processing machinery ecosystem rather than producing polymers or finished plastic goods. Its equipment supports manufacturers that convert plastic brush blocks, synthetic filaments, wire, and other materials into toothbrushes, household cleaning brushes, sanitation products, industrial brushes, and specialized 3C-related polishing brushes.

Haixing traces its origins to 1985 and has developed a product portfolio centered on numerical-control and multi-axis automation. Its principal technologies include vertical and horizontal drilling-and-tufting machines, flat-wire tufting systems, industrial-brush equipment, trimming machinery, and integrated production units. The company’s significance lies in supplying production equipment that can improve repeatability, reduce manual operations, and accommodate varied brush geometries and batch sizes.

History and Development

Haixing identifies 1985 as the year of its establishment, marking the beginning of a long-term specialization in brush-manufacturing equipment. Over time, the company expanded from conventional brush machinery toward computer-controlled and multi-axis systems.

Key development milestones include:

• 1985: Establishment of the business in Yangzhou and commencement of brush-equipment development and manufacturing.
• Technology expansion: Development of vertical and horizontal machine platforms capable of serving short-hair, long-hair, flat, cylindrical, disc, wire, and industrial-brush applications.
• Multi-axis integration: Introduction of five-axis drilling-and-tufting systems combining hole-making and bristle insertion functions for complex or angled brush products.
• International market development: Expansion of sales and technical support beyond China into Asian, European, North American, and South American markets.

Company profiles describe a manufacturing site of approximately 17,000 square metres and a workforce of more than 100 employees, including more than 20 personnel involved in product development. These figures indicate an enterprise structured around specialized industrial machinery rather than mass production of consumer plastics.

Business Operations and Segments

Haixing’s operations encompass the principal stages required to supply brush manufacturers with production machinery:

• Research and development of brush-making equipment
• Mechanical and electrical system design
• Manufacture and assembly of automated machines
• Customer-specific tooling and platform configuration
• Installation, commissioning, and operator support
• Spare-parts supply and after-sales service

Its equipment portfolio is organized around application and process type rather than a conventional consumer-product segmentation. The principal business areas include:

The company’s business model is therefore linked to capital expenditure by brush manufacturers. Demand is influenced by automation requirements, labour availability, product variety, replacement cycles, and the need for consistent positioning of bristles in plastic or other brush blocks.

Products and Technologies

Drilling-and-tufting systems

A central part of Haixing’s portfolio consists of machines that drill holes into a brush block and insert bristles through an integrated or coordinated tufting process. Examples include the VM70 and VS40 series.

The VS40-15A, for example, is described as a five-axis, three-head drilling-and-tufting machine designed for short-haired flat, spherical, and roller brushes with angled features. Its configuration includes two drilling heads and one tufting head, enabling coordinated processing of geometrically complex products.

The VM70-25A is described as a five-axis, five-head system intended for products such as toilet brushes, dish brushes, and flat brushes. The VM70-15B uses a modular configuration with two drilling heads and one tufting head, supporting multiple product types and smaller production batches.

Five-axis movement can provide several technical advantages:

• Positioning of holes across curved or angled surfaces
• Reduced need for repeated manual repositioning
• Greater flexibility when changing brush-block platforms
• Support for varied hole patterns and product geometries
• More efficient integration of drilling and tufting operations

Actual throughput depends on brush dimensions, hole density, filament material, tuft configuration, machine settings, and the degree of automation surrounding the core equipment.

Vertical and horizontal machines

Haixing supplies both vertical and horizontal machine arrangements. Vertical systems are suited to various flat, shaped, and compact brush products, while horizontal configurations can support longer, cylindrical, or larger industrial components.

The company states that its machinery range extends from single-head to double-head models, allowing manufacturers to select equipment for different production volumes and product mixes. This modularity is relevant to small and medium-sized brush producers, which may require flexible machinery for multiple stock-keeping units rather than a single high-volume product.

Flat-wire tufting equipment

The company also manufactures equipment for flat-wire brush production. Its stated product range includes single-head and double-head flat-wire tufting machines, as well as integrated drilling-and-tufting machines for flat-wire and wire-brush applications.

Flat-wire systems are commonly associated with industrial and utility brushes in which wire or metallic strip is inserted into a brush body. Their design requirements differ from those of synthetic-filament machines because they must manage wire feeding, cutting, insertion force, anchoring, and, in some cases, subsequent trimming or forming.

Trimming, flagging, and finishing machinery

Brush production frequently requires finishing operations after bristle insertion. Haixing lists equipment such as:

• Flat-brush trimming and flagging machines
• Automatic tufting-and-cutting integrated machines
• Automatic ball-brush trimming machines
• Hydraulic cutters
• Equipment for brush shaping and final dimensional adjustment

Trimming establishes the required bristle profile, while flagging can split or fray filament ends to alter tactile properties and cleaning performance. The appropriate finishing sequence depends on the filament material, product geometry, and target application.

Manufacturing infrastructure

Company materials describe the use of imported precision-processing equipment, including five-axis systems and vertical and horizontal machining centres sourced from Japan and Taiwan. Such equipment supports the manufacture of machine frames, fixtures, tooling, and precision components required for repeatable brush-block positioning.

Applications and End Markets

Haixing’s machinery serves a broad range of brush categories.

Oral-care and personal-care brushes

The company identifies toothbrushes and related small brushes among its application areas. These products generally require dense, accurately positioned tuft patterns and consistent control of bristle insertion. Production may involve specialized fixtures and fine-pitch hole arrangements.

Household and sanitation brushes

Equipment is used for products such as:

• Brooms
• Toilet brushes
• Dish brushes
• Laundry brushes
• Nail brushes
• Shoe brushes
• Hair brushes

These products vary considerably in size, shape, bristle length, and block geometry. Multi-axis platforms and interchangeable fixtures allow a single machine family to address more than one product class.

Industrial brushes

Industrial applications include roller brushes, disc brushes, wire brushes, and other large or specialized brush formats. Such products are used in cleaning, conveying, surface preparation, deburring, polishing, and material-handling processes.

Industrial-brush machinery must often accommodate larger brush bodies, higher insertion forces, abrasive filaments, metallic wire, or non-standard geometries. The company’s product descriptions associate its equipment with applications in sectors including metallurgy, chemicals, lifting, water supply, and machinery manufacturing.

3C and precision-cleaning applications

Haixing identifies 3C-related polishing brushes among its target applications. The term 3C generally refers to computers, communications equipment, and consumer electronics. Brushes used in these environments may be designed for cleaning, polishing, dust removal, or controlled surface treatment, where filament selection and dimensional consistency are important.

Global Presence and Market Position

Haixing is located in the Guangling Industrial Park in Yangzhou, an industrial area connected to national road and rail networks. Its factory and service infrastructure support domestic production as well as export-oriented business.

Company information states that its machines have been sold in Asia, Europe, North America, and South America. The company also promotes remote technical assistance, online support, field service, and continuing spare-parts availability.

Its competitive position is best understood as that of a specialized equipment supplier in the brush-manufacturing machinery segment. The company differentiates its offering through:

• Five-axis drilling-and-tufting platforms
• Product coverage across household, oral-care, and industrial brushes
• Configurations for both small-batch and higher-volume production
• Customized fixtures and machine arrangements
• Integration of drilling, tufting, trimming, and related functions
• Technical support for installation and operation

The market is shaped by competition among specialized Chinese machinery manufacturers, established European and Asian automation suppliers, and in-house engineering capabilities maintained by larger brush producers. Buyers typically evaluate equipment on throughput, reliability, ease of changeover, tooling flexibility, service response, spare-parts access, and compatibility with existing production lines.

Research and Development

Research and development at Haixing is focused primarily on mechanical automation, motion control, tooling, and application-specific machine design. The company describes a technical team responsible for developing brush-making systems and adapting equipment to customer requirements.

Important development themes include:

• Increasing the number of controlled axes for complex brush geometries
• Combining drilling and tufting in a single production sequence
• Improving platform stability and positioning accuracy
• Supporting multi-product and small-batch manufacturing
• Expanding equipment for synthetic filament, flat wire, and industrial-brush applications
• Developing specialized machines for customer-defined products

The engineering challenge is not limited to the machine itself. Product quality also depends on brush-block material, filament characteristics, hole diameter, anchoring method, bristle density, cutting tolerances, and the coordination of upstream and downstream operations.

Sustainability and Environmental Considerations

Haixing’s equipment contributes to sustainability primarily through production efficiency rather than through the manufacture of recyclable materials. Automated drilling and tufting can reduce material loss associated with mispositioned holes, incorrect insertion, and inconsistent trimming. More accurate processing may also improve yield and reduce the number of rejected brush bodies.

The company’s machinery is relevant to several broader industry issues:

• Improved utilization of plastic brush blocks and synthetic filaments
• Reduced manual handling and associated production waste
• Potentially lower energy use per finished unit through process integration
• Greater feasibility of producing durable, repairable, or application-specific brushes
• Support for manufacturers seeking to standardize production quality

These benefits depend on machine utilization, maintenance, operating settings, product design, and the environmental characteristics of the materials used. Brush-making equipment alone does not resolve end-of-life challenges associated with composite products that combine plastics, filaments, wire, adhesives, and other materials.

Regulatory pressure on plastics, product durability, recycling, and waste reduction is likely to influence brush manufacturers indirectly. In response, equipment suppliers may need to support new filament materials, recycled-content inputs, more efficient changeovers, and production systems capable of handling alternative material combinations.

Financial Performance and Economic Impact

Haixing is a privately held specialized machinery manufacturer, and publicly accessible company materials emphasize products, facilities, technical capabilities, and services rather than audited revenue, profitability, or market-share disclosures. Its economic role is therefore most clearly assessed through the production infrastructure it supplies to brush manufacturers.

The company contributes to the regional and industrial economy through:

• Employment in engineering, machining, assembly, sales, and service
• Demand for precision components, controls, motors, tooling, and fabrication
• Support for domestic and export-oriented brush manufacturers
• Transfer of automation technology into labour-intensive production processes
• Provision of equipment that can expand product variety and manufacturing capacity

For customers, the economic value of a machine depends on capital cost, utilization rate, labour savings, scrap reduction, maintenance requirements, product changeover time, and service availability. These variables can produce different investment outcomes across markets and production scales.

Quality Management and Certifications

Quality-related information associated with Haixing emphasizes precision machining, equipment stability, engineering capability, and after-sales support. Company materials describe the use of imported machining centres and precision equipment in manufacturing.

The functional quality of brush machinery is typically evaluated through:

• Positional accuracy of drilling and tufting
• Consistency of bristle insertion
• Reliability of motion-control systems
• Stability under continuous operation
• Repeatability during product changeovers
• Ease of maintenance and access to replacement parts
• Compatibility with customer-specific fixtures and brush materials

Specific certification claims should be evaluated against the documentation supplied for an individual machine, market, or transaction. Requirements may differ according to electrical, occupational-safety, import, and machinery regulations in the destination country.

Innovations and Future Outlook

Haixing’s future development is closely connected to the wider modernization of brush manufacturing. Several trends are likely to shape demand for its equipment:

• Greater automation: Manufacturers continue to seek lower manual intervention and more consistent output.
• Flexible production: Shorter product cycles and wider product portfolios increase demand for modular fixtures and programmable platforms.
• Process integration: Combining drilling, tufting, trimming, and inspection can reduce handling and improve production flow.
• Advanced motion control: More axes and improved control software can support increasingly complex brush shapes.
• Material diversification: Equipment may need to process recycled polymers, bio-based filaments, engineered synthetics, and different wire types.
• Digital monitoring: Production data, fault diagnostics, remote support, and predictive maintenance can improve machine availability.
• International service capability: Export growth requires responsive installation, training, spare-parts logistics, and multilingual technical documentation.

The principal challenges include cyclical capital-equipment demand, price competition, changing plastics regulations, supply-chain volatility, and the need to maintain service quality across distant markets. Continued competitiveness will depend on the company’s ability to combine mechanical reliability with software capability, application engineering, and lifecycle support.

Summary

Yangzhou Haixing Brush Machine Co., Ltd. is a Yangzhou-based Chinese manufacturer of automated equipment for the global brush industry. Founded in 1985, it specializes in CNC drilling-and-tufting machines, flat-wire and wire-brush systems, trimming and finishing equipment, and customized production solutions.

Its product range covers oral-care, household, sanitation, industrial, and 3C-related brush applications. Five-axis platforms, modular machine configurations, and integrated drilling-and-tufting systems form the core of its technical offering. The company’s international business connects it with brush manufacturers across Asia, Europe, North America, and South America.

Within the plastics machinery ecosystem, Haixing occupies a specialized position at the conversion stage, helping manufacturers transform plastic brush blocks and synthetic or metallic bristles into finished brush products. Its future prospects will depend on automation demand, flexible manufacturing, material innovation, service infrastructure, and the industry’s response to efficiency and environmental pressures.

References

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  CPS+ eMarketplace. (n.d.). YANGZHOU HAIXING BRUSH MACHINE CO,,LTD.YANGZHOU HAIXING BRUSH MACHINE CO,,LTD.. CPS+ eMarketplace. https://www.chinaplasonline.com/eMarketplace/ExhibitorInfo?CompId=1037453Link