耗材中心 Material Center
高性能工程耗材与环保颗粒料 High-Performance Engineering & Eco-Pellet Materials
针对大尺寸 3D 打印优化的材料配方,确保低收缩率与高层间结合力。 Material formulas optimized for large-scale 3D printing, ensuring low shrinkage and high interlayer adhesion.
工业级丝材系列 Industrial Filament Series
适配 1.75mm 与 2.85mm 挤出系统 Compatible with 1.75mm and 2.85mm extrusion systems

PETG
性价比平衡之选,具备优异的成型性。专为室内美陈、展示及雕塑原型打印设计,完美平衡成本与效果。 The balanced choice for cost-performance with excellent moldability. Designed for indoor displays and sculpture prototypes.

PETG 增韧 PETG Toughened
针对户外强化,具备卓越的抗紫外线与耐候性。韧性大幅提升,高硬度且抗冲击,是户外雕塑的理想选择。 Reinforced for outdoors with superior UV resistance. Enhanced toughness and hardness, ideal for outdoor sculptures.

ABS
经典工业级材料,韧性好且抗老化稳定。极佳的后处理特性,广泛应用于工业模具、道具及耐用手板。 Classic industrial material with consistent toughness and anti-aging. Widely used in molds, props, and durable prototypes.

ABS-Pro
专业级高性能版本,提供极高的硬度与抗变形能力。进一步强化抗老化性,适用于高端精密模具打印。 Professional high-performance version with extreme hardness. Enhanced anti-aging, ideal for high-end precision molds.
高效率颗粒料系列 High-Efficiency Pellet Series
面向 A1000-FGF 颗粒挤出设备,大幅降低大体积打印成本 For A1000-FGF pellet extrusion equipment, significantly reducing costs for large-volume printing.

PETG 颗粒原料 PETG Pellets
专为 FGF 挤出工艺优化,保持物理特性的基础上显著提升流动性,大幅缩短大型雕塑生产周期。 Optimized for FGF extrusion, improving fluidity while maintaining properties to shorten large sculpture production cycles.

ABS 颗粒原料 ABS Pellets
工业级高模量配方,专为大型模具及构件设计,具备极佳的层间结合力,实现超高性价比成型。 Industrial-grade formula for large molds and components, featuring excellent interlayer bonding for cost-effective molding.
材料选型与存储建议 Selection & Storage Guidelines
性能匹配 Performance Matching
根据工件的受力环境、环境温度与化学接触需求,匹配最合适的材料配方。 Match the most suitable material formula based on load-bearing requirements, temperature, and chemical exposure.
防潮处理 Moisture Control
所有材料均需在干燥环境下存储,颗粒料建议在使用前进行二次烘干处理。 All materials must be stored in a dry environment; pellets are recommended to be re-dried before use.
定制开发 Custom Development
支持针对特殊性能(如阻燃、防静电、抗紫外线)的定制化材料研发。 Supporting custom material R&D for special properties like flame retardant, anti-static, or UV resistance.
