Global manufacturing specialist贾比尔的Engineered Materials division has released a new high-strength patent-pending 3D printing material.
贾比尔的ultra-stiff PA 0600 filament is characterized by strong dimensional stability and resistance to wear, making it well-suited to demanding aerospace, automotive or industrial applications. As an added benefit, the polymer also features the functionality of POM materials without the inclusion of formaldehyde, allowing users to produce fatigue-free parts without the need for exposure to harmful fumes.
介绍Jabil的PA 0600
PA 0600由Jabil在其明尼苏达州的材料创新中心（MIC）开发，旨在与常规和添加剂制造工艺兼容。雷电竞充值新的灯丝除表面非常光滑外，还具有高水平的刚性，使其低摩擦，并且可能是创建齿轮，轴承，固定装置或工具的理想选择。
The company’s innovative patent-pending formulation also provides users with the functionality associated with POMs like杜邦的Delrin Acetal,但没有包含甲醛。鉴于that the chemical is prone to emitting fumes when overheated, its absence within PA 0600 allows designers to 3D print abrasion-resistant parts with greater flexibility, speed and ultimately safety, than before.
商业发行后，PA 0600现在已通过Ultimaker市场以及digikey。根据Ultimaker的市场开发副总裁，材料和战略合作伙伴Bas de Jong的发布，Felamment的发布为客户提供了Delrin的可靠替代品，该替代品在印刷过程中提供了“安心”。
“Jabil PA 0600 filament is an exciting, engineered material advancement, offering a viable Delrin alternative with the durability and strength needed for a wide range of AM applications,” commented de Jong. “Previous materials from Jabil that are already available in the Ultimaker Marketplace in Ultimaker Cura, offer users first-time right results and peace of mind, while printing on our 3D printers.”
识别材料趋势
除了发射新灯丝外，贾比尔（Jabil）揭示了其结果3D Printing Technology Trendssurvey. Based on feedback from 302 industry decision-makers, working at firms generating a combined revenue of more than $500 million, the research is designed to identify the benefits and challenges of adopting AM.
从广义上讲，贾比尔的结果表明，越来越多的制造商正在使用3D打印来创建固定装置和工具，以及原型制造和输入小批量生产。近50％的受访者表示，他们期望在未来3 - 5年内使用该技术的应用一倍，而90％的受访者目前使用基于聚合物的AM，高于74％的报道。两年前的调查。
In terms of drawbacks, more than 50% of those polled cited lengthy material R&D lead times as challenging, a significant increase on the 27% recorded two years earlier. In response to the survey data, Jabil has essentially reiterated its commitment to developing materials with application-specific properties, which better meet the needs of industrial users.
贾比尔（Jabil）添加产品管理总监马特·托罗西亚（Matt Torosian）表示：“我们正在基于贾比尔（Jabil）在材料科学领域的遗产，以改善现有聚合物或在分子水平上创建新聚合物。”“我们对创新的关注导致发现了我们的PA 0600细丝，它具有带有乙酰塑料属性的独特配方，但没有潜在的危险甲醛排放。”
贾比尔的3D打印作品集
贾比尔（Jabil）的制造服务在30个国家 /地区运营，主要围绕设计工程和供应链物流进行。为了加快其原型制作过程并减少工具错误，该公司通过其将3D打印整合到其工作流程中global AM networkin 2019, comprising an initial 100 3D printers.
同时，贾比尔（Jabil3D打印能力，joined Carbon’s Production Networkwith the aim of developing new healthcare applications for its DLP technology.
Jabil的材料子公司还与3D打印机制造商合作Titan Robotics, to提高大型系统的功能for industrial applications. Having already validated Jabil’s carbon fiber-reinforced nylon composite pellets, the companies now intend to formulate new composites for Titan’s Atlas platform.
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特色图像显示了贾比尔（Jabil）的新PA 0600细丝的线轴以及一组3D打印零件。图片通过jabil。
