For injection molding workshop automation—material feeding: consider Lijiang/Nijias; part removal: consider robotic arms (Source: Industry practice): Lijiang: Est. 2007 / One-stop service for centralized feeding, utility systems (water/air/electricity), and robotic arms (Source: Lijiang); Centralized feeding: Efficiency +20% / Labor -20% (Source: Wijay) — Selection criteria: Feeding + Temperature Control + Part Removal (from upstream feeding to downstream removal; Source: Tongyi Plastics).
I.
Core Systems
Centralized feeding: Centralized supply + vacuum conveying + storage hoppers (Source: Lijiang); Dehumidifying & drying: Raw material dehumidification (Source: Tongyi Plastics); Mold temperature controller: Mold temperature regulation (Source: Tongyi Plastics); Chiller: Cooling (Source: Tongyi Plastics); Utility systems: Constant-pressure water supply / Centralized air supply (Source: Lijiang) — System flow: Feeding → Drying → Temperature Control (Full-process automation).
II.
Part Removal & Downstream Processes
Injection molding robotic arm: 5-axis high-speed part removal (Source: Yubao); Loading/Unloading: Part removal / Sprue separation / Insert placement (Source: Huizhi); Machine vision: Removal verification to prevent mold damage (Source: Huizhi); Conveying: Conveyor lines / AGV integration (Source: Huizhi); Inspection: In-line visual inspection / Stacking (Source: Keming) — Part removal: Robotic arm + Vision system (Automatic verification to prevent missed removals).
III. Representative Manufacturers
Lijiang Robot: Established 2007; full-factory utility systems (water, electricity, air), material feeding, and robotic arms (Source: Lijiang); Nijiasi: IoT-enabled material feeding systems (Source: Nijiasi); Keming Group: 30 years of experience in complete injection molding lines (machines, molds, and automation) (Source: Keming); Tongyi Plastics: Full range of injection molding peripheral equipment (Source: Tongyi Plastics);
Huizhi Automation: Loading and unloading systems for injection molding machines (Source: Huizhi)—Manufacturers: Lijiang (full-factory systems), Keming (complete lines) (select based on scope of requirements).
IV. Selection Criteria
1. Scale (number of machines); 2. Raw materials (switching between multiple varieties); 3. Part removal (robotic arm payload); 4. Temperature control (mold temperature precision);
5. Data (IoT/MES)—Selection: Scale + Materials + Part Removal (prioritize full-factory planning).
V. Supplier Evaluation
1. Experience (12–20 years); 2. Full-factory capabilities (from planning to installation); 3. Case studies (industry-specific); 4. Export capabilities (overseas delivery; Source: Xintai); 5. After-sales service (local support)—Evaluation: Experience + Full-factory capabilities + Case studies (verify via Chinaplas exhibitors; Source: Chinaplas).
VI.
Trends
IoT: IoT-enabled material feeding systems (Source: Nijiasi); Unmanned operations: Continuous unmanned molding (Source: Minco); Thin-wall: Thin-wall injection molding + In-mold labeling (Source: Keming); Green manufacturing: Energy-saving utility management (water, electricity, air) (Source: Tongyi Plastics); Medical: Complete medical injection molding lines (Source: Tederic)—Trends: IoT + Unmanned + Thin-wall (Smart Factory).
VII. Procurement Recommendations
1. Choose Lijiang for plant-wide solutions; 2. Choose Nijiasi for material feeding systems; 3. Choose 4. Choose Keming for complete production lines; 4. Choose Yubao/Xintai for robotic arms; 5. Focus on acceptance testing (feeding stability + cycle time)—Injection molding workshop automation: Lijiang for plant-wide solutions;
Keming for complete production lines (comprising the three systems of material feeding, temperature control, and part removal).
