When discussing the artificial intelligence revolution, attention typically focuses on the three pillars of algorithms, computing power, and data. However, behind these digital achievements lies
When discussing the artificial intelligence revolution, attention typically focuses on the three pillars of algorithms, computing power, and data. However, behind these digital achievements lies a seemingly ordinary yet critically important category of physical components that are quietly playing a vital role—silicone components. From data centers to wearable devices, from robotic arms to medical equipment, flexible silicone is supporting the development and application of AI technology in unexpected ways. Thermal Management: The “Cooling Garment” for AI Computing Power As AI models grow exponentially in size, the heat generated by high-performance computing chips has become a bottleneck for technological
Silicone, with its exceptional flexibility, biocompatibility, weather resistance, and insulating properties, has long been integral to fields like healthcare, consumer goods, and industry. The electronic core is the brain and nervous system of the digital age, responsible for computation, sensing, communication, and control. When these two are not merely assembled but deeply integrated at a molecular level to form a novel material that combines organic softness with intelligent functionality—”Intelligent Silicone”—we are on the brink of a disruptive industrial revolution. This is not just an evolution of materials but a fundamental transformation in human-machine interaction, environmental perception, and service models.
When discussing the artificial intelligence revolution, attention typically focuses on the three pillars of algorithms, computing power, and data. However, behind these digital achievements lies
Silicone, with its exceptional flexibility, biocompatibility, weather resistance, and insulating properties, has long been integral to fields like healthcare, consumer goods, and industry. The electronic
Client Overview: Our client, a leading consumer electronics brand, required a rapid solution for the prototyping of a new product series. The challenge was to
📌 Project Overview Industry: Daily Consumer GoodsApplication: Leak-proof portable water cupMaterial: Tritan™ Copolyester (BPA-free)Process: High-precision injection molding + ultrasonic welding 🔍 Project Background The client,
Analysis of Post-Processing Techniques for Plastic and Silicone In industrial manufacturing, post-processing techniques for plastic and silicone play a crucial role in enhancing product appearance,
How We Achieve Precision Manufacturing In the fields of liquid silicone injection molding and precision mold manufacturing, we are committed to delivering high-precision and high-consistency
2# Factory Building, East Factory Area, Jianlun Industrial Park, Dache Industrial Zone, Nanlang Town, Zhongshan City, China 528400
