Microcomputer-Controlled FRP Filament Winding Machine: This large-scale, intelligent winding equipment operates with high efficiency, precisely controlling the resin-to-fiber ratio to ensure uniform wall thickness and structural integrity in large-diameter FRP pipes, thereby enabling the mass production of long-distance transmission pipelines.
Multi-Station Hydraulic Molding Press Cluster: A cluster of hydraulic molding presses operates in unison, utilizing a high-temperature, high-pressure integral molding process to mass-produce FRP gratings, covers, septic tanks, and similar products. The precision of this process ensures that the dimensions and performance characteristics of every single product remain highly consistent.
SMC Molding Press (Model: SMC-2000T)
An ultra-large-scale hydraulic molding system that employs a high-temperature, high-pressure integral molding process to precisely control the thickness, density, and mechanical properties of the finished products. Primarily used for manufacturing large-sized FRP septic tanks, sanitary ware components, and similar items, it guarantees a high degree of consistency in both product strength and dimensional accuracy.
FRP Filament Winding Machine
Utilizing intelligent fiber winding technology, this machine precisely regulates resin impregnation and winding angles. It is ideally suited for manufacturing large-diameter storage tanks, pipes, and similar products, enabling continuous production characterized by long operational cycles and high stability. This capability meets the bulk demand for large-scale FRP vessels across sectors such as municipal infrastructure and the chemical industry.
Utilizing intelligent fiber winding technology, this machine precisely regulates resin impregnation and winding angles. It is ideally suited for manufacturing large-diameter storage tanks, pipes, and similar products, enabling continuous production characterized by long operational cycles and high stability. This capability meets the bulk demand for large-scale FRP vessels across sectors such as municipal infrastructure and the chemical industry.
FRP Continuous Sheet Production Line: This automated production line specializes in the mass production of large-format FRP flat sheets and anti-corrosion liners. The resulting products feature uniform thickness and smooth surfaces, while possessing inherent resistance to acid and alkali corrosion as well as high structural strength-making them ideal for large-area paving and lining applications in environments such as chemical workshops and architectural interiors.
Dezhou Dongshuo Machine Tools (CNC Laser Cutting Machine)
This is a high-precision sheet material processing device capable of cutting complex contours and irregular shapes in materials such as fiberglass and metal. It produces cuts that are smooth and free of burrs, with a processing precision tolerance of ≤ ±0.05 mm. This equipment is ideally suited for the custom-sized processing of large-scale fiberglass products; it can efficiently execute precision cutting for bulk orders, thereby meeting the demand for specialized product specifications across industrial, municipal, and other sectors.
Kaibo GV-1530 Gantry-Type CNC Milling Machine
Equipped with a high-precision servo system and a gantry structure, this machine specializes in the milling of FRP (fiberglass-reinforced plastic) molds and custom structural components. It is capable of precisely processing complex curved surfaces, hole patterns, and irregularly shaped structures, balancing high-speed cutting efficiency with machining precision. By providing a guarantee of precision manufacturing for customized FRP products, it is ideally suited for applications such as mold development and the production of specialized structural parts.
The radial drilling machine is a core piece of equipment in the workshop for hole-making operations. Its primary function is to perform tasks such as drilling, counterboring, and reaming on workpieces-including fiberglass products and metal components. Thanks to its flexibly pivoting radial arm structure, it covers a wide machining area, thereby accommodating the hole-positioning requirements of workpieces of various sizes (particularly large and heavy ones). When paired with drill bits of different specifications, it enables the precise machining of holes with a wide range of diameters, ensuring both positional accuracy and perpendicularity. Consequently, it serves as a critical piece of equipment in the hole-processing stage of manufacturing fiberglass structural components, molds, and similar products.
