As the photovoltaic industry enters a new wave of technological upgrading, module manufacturing is rapidly evolving toward higher power, larger formats, greater flexibility, and enhanced intelligence. Against this backdrop, improving equipment utilization, maximizing factory space value, and strengthening production line agility and smart manufacturing capabilities have become key priorities for module manufacturers.
To meet the industry’s growing demand for flexible manufacturing, efficient production, and intelligent coordination, SC Solar, grounded in real customer needs, redefines the traditional lamination model with innovative technologies. The newly launched iLink Module Laminator is built on a modular architecture, intelligent control system, and flexible production philosophy, delivering a new high-efficiency solution for module lamination.
Modular Design for Flexible Architecture
The iLink Module Laminator adopts an innovative modular and flexible architecture, breaking through the fixed configuration limitations of traditional laminators and enabling free module combination and scalable expansion.
The system supports configurable setups of 1 to 3 modules on demand, with a stackable architecture enabling flexible combinations of 4, 8, or 12 layers. While maintaining consistent process cycle time, single-module output increases from 178 PCS per shift to 534 PCS with a three-module configuration.
In a standard dual-line layout, the iLink Module Laminator measures 36m in length and 24m in width, occupying a total area of 864㎡, with a 12-hour capacity of up to 6,408 PCS. Compared with the traditional solution of three laminators operating in parallel (1,125㎡ per line and 2,592 PCS per 12 hours), the iLink system reduces floor space to just 430㎡ per line while achieving 3,204 PCS per 12 hours, cutting footprint by 62% and increasing output per unit area by over 220%.
Amid rising international sea freight costs, the modular design also significantly reduces logistics expenses. Container demand per line is reduced from 24 standard 40-foot containers or 9 high-cube containers in traditional setups to just 9 standard containers or 5 high-cube containers, further lowering overall project cost.
Meanwhile, the iLink Module Laminator supports mixed-line production of multiple module specifications. Modules can be flexibly started or stopped according to order demand, enabling true on-demand manufacturing and providing strong support for agile production.
Single-Piece Flow for Precision Control
In terms of lamination process, the iLink Module Laminator adopts an innovative single-piece flow production mode, enabling true fine-grained control—each module independently completes the lamination process, effectively reducing the impact of abnormal stoppages on overall output.
A long-edge vacuum extraction design ensures smoother air evacuation and significantly improves lamination quality stability. The system supports both large and small panel production at the same throughput, offering a wide process window and easier parameter adjustment, improving line adaptability.
In addition, the laminator features a full-direction alignment and transfer structure, improving transfer accuracy to ±1mm and repeat positioning accuracy to ±2mm. Compared with the traditional 90-second cycle time, the iLink Module Laminator reduces cycle time to 70 seconds, achieving higher takt efficiency while maintaining stable operation.
Furthermore, the optimized transfer path effectively reduces the risk of cell breakage and micro-cracks, ensuring high-quality module production.
AI-Driven Collaboration for High-Efficiency Production
Beyond hardware innovation, the iLink Module Laminator integrates intelligence throughout the entire operational process.
The system adopts a shared unit design, integrating key functional modules that were previously independently configured. This enables multi-laminator collaborative operation, reducing redundant equipment investment while eliminating performance discrepancies between machines, thereby improving overall system reliability and stability.
On the operational level, the system features a comprehensive control architecture capable of real-time data acquisition and analysis, enabling alarm classification, remote monitoring, and visualized equipment status management. With AI-driven load balancing, resource allocation is dynamically optimized to enhance overall production efficiency.
In addition, the modular cooling channel can be expanded according to production line requirements and supports staged cooling, making it adaptable to diverse process conditions and capacity planning needs.
From modular architecture innovation to single-piece flow process upgrades, and from intelligent control systems to breakthroughs in efficiency and space utilization, the iLink Module Laminator empowers module manufacturing to advance toward both high flexibility and high efficiency.
Looking ahead, SC Solar will continue to focus on cutting-edge photovoltaic manufacturing technologies, driving industrial upgrading through innovation. Together with global customers, we aim to explore new frontiers in smart manufacturing and contribute to the high-quality development of the green energy industry.
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