High heat-flux scenarios demand more compact and efficient thermal solutions. With microchannels, conformal cooling channels and lattice heat-exchange structures, metal 3D printing brings cooling paths closer to the heat source, improving heat-transfer efficiency and temperature uniformity in limited spaces — ideal for liquid cooling plates, heat exchangers and electronic device heat-dissipation components.
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Structural Features:Mesh channels with 1 mm flow features, 1 mm wall thickness, integrated forming, solves the long cycle, redundancy, low yield and high cost issues of traditional brazing-based liquid cooling plates.
Structural Features:Integrated forming of heat-transfer rods and vapor chamber, lattice filling enhances structural stability to meet high-power demands; combined with simulation-optimized lattice gradient design to enhance local stiffness.
Structural Features:GB/T PM heat exchanger, replaces traditional heat exchange structures, highly integrated structure, compared with traditional twisted-tube heat exchangers, heat exchange efficiency improved by 40%, volume reduced by about 50%.
Structural Features:Multi-objective (flow resistance, cooling uniformity) topology optimization improves liquid cooling plate thermal performance, compared with serpentine channels, flow area increased by 30%, thermal performance improved by 20%.
