这2021 3D Printing Industry Awards候选名单愿意投票，现在就有发言权。
3D打印材料和服务提供商CRP Technologyhas deployed its 3D printing capabilities and Windform SP carbon fiber material to create an innovative athletics track shoe.
3D公司与威尼斯中距离跑步者Miro Buroni合作，使用其粉末床融合（PBF）激光烧结技术，将钉鞋（名为Pleko）打印出来。
According to Buroni, the flexibility offered by 3D printing and the mechanical characteristics of CRP Technology’s Windform SP material enabled him to take his project to “the highest level” of customization and specialization.
设计Pleko Spike鞋
除了CRP技术，Buroni还招募了意大利运动服制造商的技能dindora帮助设计尖峰鞋。他们首先3D扫描运动员的脚并对其跑步和脚步进行生物力学分析。
布罗尼说：“有了这个映射，我们就可以在脚部结构和运动表现方面对鞋子建模。”“此外，扫描和生物力学分析使我们能够理解牵引系统在外底下的最佳位置 - '销。'”
一旦设计阶段完成，Buroni就会寻求CRP技术，以提供3D打印功能和材料，以实现该项目。Pleko鞋需要具有“强大特征抗弯曲特性”的材料，以制造外底，中底和肋骨结构，以确保在赛车过程中将最佳力量传播到鞋子。
“After a brief research, it immediately became clear that CRP Technology was the perfect company to realize my project, and that one of CRP Technology’s top composite materials, Windform SP, was the appropriate construction material,” said Buroni.
CRP’s Windform SP
Windform SP是碳纤维填充复合垫erial in CRP Technology’sWindform顶线范围的复合材料for PBF laser sintering. The company’s current Windform range includes its F1, XP, SP, FR, GT, LX, RL andFR2复合材料，及其most recent addition being Windform RS，另一种专门为PBF 3D打印设计的碳纤维填充的复合材料。
CRP Technology于1996年开发了其首款Windform 3D打印材料，后来Windform XT于2005年继承了Windform XT，这是第一个用于SLS 3D打印的碳纤维增强复合材料。从那时起，Windforf顶线复合材料范围已被部署，用于广泛要求的原型和最终用途应用程序，例如cell pouch frames用于电池和pocket satellites and deployers。
Windform SP先前已由安全专家借用Joyson Safety Systems到3D打印功能性安全气囊壳体容器原型。保持suffici所需的材料ent strength, impact resistance and heat stability in order to meet the stringent safety requirements of the part. Windform SP has also been deployed to 3D print a职能国家航空咨询委员会（NACA）管道用于其流媒体车辆。
这mechanical properties of Windform SP also appealed to Buroni during his search for a suitable material to create his Pleko spike shoes.
他说：“ Windform SP即使厚度很薄，也可以保证出色的阻力。”“此功能使我能够用完美的脚部包裹创建尖峰鞋，从而有助于增加舒适性和增强性能。”
3D printing the Pleko spike shoes
CRP Technology的任务不仅是Pleko的外底，中底和销钉，而且还具有鞋子的“肋骨”，该鞋子来自外底下方，并围绕着鞋子，在比赛中最大程度地指向鞋子。
负责携带动力学能量的人在比赛中从运动员的生物力学运动中释放，肋骨结构旨在拥抱运动员的脚“像笼子”，以促进其跑步技术的改进。为了达到这种效果，CRP Technology 3D将外底，中底，销钉和肋骨打印为Windform SP中的一个单元。
“Thanks to the pins under the outsole, the cage in Windform SP allows the athlete to develop as much strength as possible, without losing energy,” said Buroni. “I positioned the deepest pins in the points of superior pressure of the feet against the ground. I also put smaller studs in other parts of the outsole: these studs are on an equal basis essential for the stability of the track shoes.”
这end result yielded a functional prototype that was resistant to deformation even at its thinnest thicknesses, while remaining flexible. The design was complemented by a sock-like upper that is almost completely detached from the structure and responsible for protecting the foot.
一旦印刷了Pleko的结构部分，Buroni就在Spike鞋上进行了许多测试以评估其性能。
Buroni继续说：“设计和制造技术，加上Windform SP及其机械特性，使Pleko Track鞋具有很高的创新性，使整个项目都达到了最高的定制和专业水平。”“我对我的3D印刷pleko和Windform SP感到非常满意。”
3D打印鞋类
添加剂制造业的重量，设计优化和个性化优势已经越来越多地用于生产性能鞋类。雷电竞充值
German sportswear brand阿迪达斯一直处于这一趋势的最前沿，不断发布其新版本Futurecraft“ Strung” 3D打印运动鞋和4DFWD中底，与3D打印机制造商合作创建碳。
7月，自行车制作人Lore开始taking preorders of its customizable 3D printed cycle shoe，Loreone具有超过十二种申请专利的功能。
最近，鞋类3D打印初创公司Zellerfeld3D打印了独特的运动鞋系列“ Heron01”，它声称可以可能“改善鞋类更好”。Featuring a scale-like design similar to that of a heron’s foot, the slip-on running shoe does not require stitches or adhesives and can therefore be fully recycled at the end of its life.
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特色图片显示米罗·布罗尼’s Pleko spike shoes, 3D printed by CRP Technology. Photo via CRP Technology.
