Juxing Zizao
Develops large-format arc-based metal additive manufacturing (DED) systems from Beijing Institute of Technology for complex parts with integrated lattice structures, targeting marine floating platforms and heavy-equipment applications.
- Stage
- Active
Technology & Products
Key Products
Multi-arc parallel deposition equipment; Unsupported overhang forming process; Integrated lattice structure design; Custom trial parts and process verification services
Technological Advantage
The multi-arc parallel deposition platform targets large complex metal parts using unsupported overhang forming and integrated lattice sandwich structures to reduce weight and cost. The team cites 30%+ weight reduction versus conventional routes and 70% cost reduction in selected composite structures. No independent verification, patents, or third-party benchmarks are publicly available; the advantage is claimed under laboratory maturation conditions at the Tianjin Binhai pilot facility. Defensibility remains unproven pending process lock-in, residual-stress management, geometric repeatability, and industry certification.
Differentiation
Value Proposition
Reduces weight by 30%+ through integrated lattice sandwich structures and lowers costs by 70% in select composite applications versus conventional manufacturing for large complex metal parts; enables on-demand customization with unsupported overhang forming.
Market & Competition
Target Customers
Marine engineering companies; Heavy-equipment manufacturers; Defense/aerospace contractors requiring large-scale metal components with weight reduction and structural optimization.
Industry Verticals
Marine; Aerospace/Defense; Heavy Equipment
Growth & Milestones
Major Milestones
Spinoff from Beijing Institute of Technology; Established dual-site model (Beijing R&D + Tianjin Binhai pilot facility); Building pilot maturation base and open demonstration line in Tianjin Binhai New Area for process lock-in and industry certification