The HP‑RTM production line is primarily used for the mass production of high‑performance thermoset composite components. Thanks to its features—high‑pressure resin infusion and rapid curing—it enables cost‑effective, high‑quality batch manufacturing and finds applications across numerous industries, including automotive, shipbuilding, aerospace, agricultural machinery, rail transport, wind energy, and sporting goods.
The PCM automated compression molding production line is an advanced composite-material manufacturing technology that uses prepregs for compression molding, offering advantages such as lightweight construction, high strength, corrosion resistance, and excellent dimensional stability. This material is widely employed in aerospace, new-energy vehicles, energy-storage systems, sporting goods, and industrial equipment, among other fields.
The SMC automatic compression molding production line is primarily used for the mass production of sheet‑molding compound (SMC) composite parts and can manufacture a wide range of products using SMC molding processes. It is widely employed in industries such as transportation vehicles, construction, electronics and electrical equipment, and real estate.
Typically, the upgraded models of large-scale press brakes boast exceptionally robust processing capabilities. Today, they are indispensable key machining equipment in industries such as construction machinery, automotive frame manufacturing, crane booms, shipbuilding, and the production of large power poles.
Suitable for precision sheet metal bending, small household appliances, chassis enclosures, and similar products.
Key industries: home appliances, high-end switchgear cabinets, precision enclosures, and more.
Primarily suitable for large‑tonnage products with high precision requirements;
Key industries: aluminum curtain wall, elevator, and kitchenware sectors, among others.
Primarily suitable for large‑tonnage products that demand high precision.
Key industries: aluminum curtain wall, elevator, and kitchenware sectors, among others.
Standard equipment includes a multi‑V lower die, with options for various opening widths and profile dimensions; die changes are quick and easy, enabling conventional sheet‑metal bending operations while delivering superior cost performance.
The frame features a welded steel‑plate structure and undergoes full annealing to relieve internal stresses.
Hydraulic transmission with nitrogen‑assisted return; easy operation and reliable performance.
Widely used in hotel and club interiors, elevators, shower enclosures, laminated security doors, kitchen equipment, the marine industry, and other applications.