首先对剩料进行回收，不同于简单的回收再利用，锴越先对回收的剩料进行分类筛选，确保进入下一环节的原料基础纯净。随后，这些剩料将进入重新造粒阶段，这也是保障循环品质的核心环节，通过锴越自主研发的系统，保障材料本身的物理性能，避免传统回收过程中常见的物性衰减问题。
First, waste materials are recycled. Unlike simple recycling and reuse, CAYO first classifies and screens the recovered waste to ensure the purity of the raw material base for the next process. Subsequently, these waste materials enter the re-granulation stage, which is also the core link to ensuring circular quality. Through CAYO's independently developed system, the physical properties of the materials themselves are guaranteed, avoiding the common problem of property degradation in traditional recycling processes.
经过破料处理后，原料将进入科学混料环节，不同特性的物料在此实现均匀融合。完成混料后，物料通过专用输送带精准输送至GRS造粒机，这台核心设备的9个功能分区，成为品质把控的“关键关卡”。每个分区根据工艺需求设定了不同的混炼强度、密炼程度，通过阶梯式处理，让物料在不同阶段实现充分改性与融合，为后续成品品质打下坚实基础。
After material crushing, the raw materials enter a scientific mixing process where materials with different properties achieve uniform integration. Upon completion of mixing, the materials are accurately conveyed to the GRS granulator via a dedicated conveyor belt. The 9 functional zones of this core equipment serve as the "key checkpoints" for quality control. Each zone is set with different mixing intensities and internal mixing degrees according to process requirements. Through stepwise processing, the materials undergo full modification and integration at different stages, laying a solid foundation for the quality of subsequent finished products.
当物料经过9个分区的精细化处理后，将通过模头挤压形成均匀丝条。在抽丝环节，锴越摒弃了简单的快速成型模式，采用热冷分阶段控温技术，让材料以稳定的速率缓慢流动成型。有效避免了因温度骤变导致的内部结构不均问题，从根源上保障了产品的稳定性与耐用性。
After the materials undergo refined processing through the 9 functional zones, they are extruded through a die head to form uniform filaments. In the filament drawing process, CAYO abandons the simple rapid prototyping mode and adopts a thermal-cold staged temperature control technology, allowing the materials to flow and shape slowly at a stable rate. This effectively avoids the problem of uneven internal structure caused by sudden temperature changes, fundamentally ensuring the stability and durability of the products.
成型后的丝条将进入分切、脱水干燥环节，经过精准裁切与彻底干燥，最终完成包装工序。此时，曾经的生产剩料已完成华丽蜕变，成为性能优异的回收TPU产品，可重新投入到各类生产场景中，形成“生产-回收-再利用”的闭环。
The formed filaments then enter the slitting, dehydration and drying processes. After precise cutting and thorough drying, the packaging process is finally completed. At this point, the once production waste has undergone a magnificent transformation, becoming high-performance recycled TPU products that can be reintroduced into various production scenarios, forming a closed loop of "production - recycling - reuse".