Shanghai Moqian Technology Co., Ltd. Design Plan

Shanghai Moqian Technology Co., Ltd. Design Plan

Shanghai Moqian Technology Co., Ltd. Design Plan

I. Infrastructure Layout

• R&D Design Center: Dedicated quiet zone equipped with high-performance workstations, meeting rooms, and a 3D printing verification area.

• Precision Machining Workshop: Temperature-controlled (20±2°C), dust-proof, with anti-vibration foundations capable of supporting large equipment (e.g., gantry machining centers over 10 tons).

• Mold Assembly Area: High cleanliness level (ISO Class 8 or above), equipped with large assembly platforms and overhead crane systems.

• Trial Production Center: Adjacent to the production workshop, equipped with multi-tonnage injection molding machines (50~3,500 tons), die-casting machines, and real-time monitoring systems.

• Testing Laboratory: Independently isolated vibration environment, equipped with precision instruments like CMMs (Coordinate Measuring Machines) and spectrometers.

• Material Storage Area: Automated smart warehouse with categorized storage. Special mold steels (e.g., SKD61, H13) require humidity-controlled storage.

Key Talent Capabilities:

• Core technical personnel possess cross-disciplinary skills (e.g., Design + CAE Analysis, Programming + Equipment Commissioning).

• Senior technicians hold certifications from international equipment manufacturers (e.g., DMG MORI, GF Machining Solutions).

• Regular internal technical training (≥16 hours/month) and international technical exchanges (e.g., EuroMold exhibition).

IV. Synergistic Ecosystem for Success

• Digital Hub:

• Deployment of PLM (Product Lifecycle Management) + MES (Manufacturing Execution System), enabling data-driven processes from design to delivery.

• Green Manufacturing:

• Workshops equipped with centralized cooling systems (energy saving 30%+) and cutting fluid recycling units (waste reduction 90%+).

• Industry-Academia-Research Integration:

• Collaboration with universities to establish mold material laboratories (e.g., developing high-thermal-conductivity copper alloy mold steels), achieving a technology transfer cycle of <6 months.