Hanwha’s pick and place machine redefines SMT efficiency with ±15µm accuracy and 80,000+ CPH, optimized for 008004 components and 0.15mm-pitch micro-BGAs. AI-powered 3D vision adapts to component variations, eliminating placement errors, while self-learning algorithms optimize feeder setups for 30% faster changeovers. IoT-enabled predictive maintenance ensures 99.9% uptime, reducing unplanned downtime by 50%. Energy-efficient designs slash power consumption by 25%, aligning with sustainability targets. Compliant with IPC-9850 and MIL specs, it excels in automotive ADAS, 5G infrastructure, and medical implants. Modular scalability and cloud connectivity future-proof production lines, delivering unmatched ROI for high-mix, high-reliability manufacturing where speed, intelligence, and precision drive global competitiveness.
Hanwha’s machine integrates AI-driven vision systems and adaptive algorithms to achieve ±20µm accuracy at 65,000 CPH, ideal for 01005 components and 0.2mm-pitch BGAs. Smart feeders enable mixed production with 50% faster changeovers, while IoT-enabled diagnostics predict maintenance needs, ensuring 99.9% uptime. Compliant with IPC-9850, its 3D inspection eliminates tombstoning and misalignment. Energy-efficient and scalable, it excels in automotive, 5G, and IoT manufacturing—transforming high-mix assembly into a future-proof process where intelligence, speed, and precision converge for flawless, resilient production.
Hanwha’s machine boosts SMT efficiency with 72,000 CPH throughput and ±15µm accuracy, slashing cycle times by 30%. AI-powered vision adapts to component variations, reducing setup for high-mix production. Smart feeders and auto-calibration cut changeover time to<10 minutes, while predictive maintenance minimizes unplanned downtime. Real-time defect detection ensures IPC-610 compliance, achieving 99.95% first-pass yield. Energy-saving modes reduce power consumption by 20%, aligning with eco-friendly goals. Ideal for automotive, 5G, and consumer electronics, Hanwha transforms SMT lines into agile, high-output systems—where speed, precision, and intelligence drive unmatched manufacturing ROI.