OPPO Find N6铰链获BLT与天穹联合3D打印升级

The race to perfect the foldable smartphone is heating up, and a recent breakthrough from China highlights a powerful trend: the strategic use of industrial consortiums to accelerate innovation. Metal additive manufacturing leader Xi’an Bright Laser Technologies (BLT), in collaboration with the Tianqiong Partners alliance, has unveiled a significant upgrade for the hinge in OPPO’s latest foldable, the Find N6. This advancement, centered on a novel 3D printing process, offers a glimpse into the future of consumer electronics manufacturing and the pivotal role of collaborative engineering.

完善折叠智能手机的竞赛正在升温，中国近期的一项突破突显了一个强有力的趋势：战略性地利用产业联盟来加速创新。金属增材制造领导者西安铂力特（BLT）与天穹合作伙伴联盟合作，为OPPO最新款折叠手机Find N6的铰链推出了重大升级。这项以新型3D打印工艺为核心的进步，让我们得以一窥消费电子制造的未来以及协作工程的关键作用。

BLT’s success with the Find N6 hinge is credited to its work within the Tianqiong Partners industrial alliance. This collaboration yielded what BLT calls “industry-first 3D Liquid Printing.” This isn’t magic, but a sophisticated high-resolution UV printing technique. It involves over 20 cycles of finishing with custom photopolymer droplets to achieve exceptional surface flatness on the 3D printed titanium hinge. The result? OPPO boasts a “Zero-Feel Crease,” a 50% improvement in wing plate flatness over the previous model’s hinge.

BLT在Find N6铰链上的成功归功于其在”天穹合作伙伴”产业联盟内的工作。此次合作产生了BLT所称的”行业首创的3D液态打印”。这并非魔法，而是一种精密的超高分辨率UV打印技术。它涉及超过20个循环的定制光敏聚合物液滴精加工，以在3D打印的钛合金铰链上实现卓越的表面平整度。结果如何？OPPO宣称实现了”零感折痕”，翼板平整度相比前代机型铰链提升了50%。

This consortium model brings together specialized expertise:

这种联盟模式汇集了专业领域的专长：

This integrated approach allows for rapid iteration and problem-solving that is often harder to achieve in more siloed corporate environments, demonstrating a key competitive edge in bringing complex products to market.

这种集成方法允许快速迭代和解决问题，这在更为孤立的企业环境中通常更难实现，展示了将复杂产品推向市场的关键竞争优势。

The timing of this announcement is particularly noteworthy. It arrived just weeks before rumors surfaced that Apple plans to use 3D printing for a potential foldable iPhone by 2026. Interestingly, Apple is already a reported BLT customer, using its technology for titanium components in the Apple Watch. OPPO’s public demonstration of a refined, second-generation 3D printed hinge, long before Apple’s first foldable even exists, underscores the intense pace of development in this sector.

此公告的时机尤其值得注意。它发布几周后，才有传闻称苹果计划在2026年将3D打印技术用于其潜在的折叠屏iPhone。有趣的是，据报道苹果已是BLT的客户，在其Apple Watch的钛金属部件上使用了BLT的技术。在苹果的首款折叠屏手机甚至尚未问世之前，OPPO就公开展示了精炼的第二代3D打印铰链，这突显了该领域激烈的发展速度。

Vincent Yang, GM at BLT, emphasized the achievement: “Achieving this level of precision once seemed extremely difficult — even unattainable — but through continuous iteration and rigorous testing, our team was able to meet and even exceed expectations.”

BLT总经理杨洋强调了这一成就：”达到这种精度水平曾经看起来极其困难——甚至遥不可及——但通过持续迭代和严格测试，我们的团队能够达到甚至超越预期。”

While the OPPO Find N6 hinge represents high-end industrial application, it signals broader trends relevant to all 3D printing enthusiasts. It showcases how additive manufacturing is moving beyond prototyping into producing critical, high-performance end-use parts. The drive for miniaturization, strength, and complex geometries in consumer electronics mirrors the challenges and opportunities found in many premium STL files designed for desktop 3D printers. As these industrial processes trickle down, we can expect more accessible materials and techniques that empower creators at every level.

虽然OPPO Find N6铰链代表了高端的工业应用，但它预示着与所有3D打印爱好者相关的更广泛趋势。它展示了增材制造如何超越原型制作，进入生产关键、高性能最终用途部件的阶段。消费电子产品中对小型化、强度和复杂几何形状的追求，与许多为桌面3D打印机设计的优质STL文件所面临的挑战和机遇相呼应。随着这些工业流程的技术下放，我们可以期待更多易于获取的材料和技术，赋能各个层级的创作者。

The project is a testament to how collaboration pushes boundaries. Liu Chang, OPPO’s President of Hardware Engineering, stated, “Achieving a crease-free and durable foldable display depends… on the collective efforts of the engineers within the Tianqiong Partners ecosystem.” This spirit of shared innovation is also what fuels the community around 3D printing models, where designers and makers build upon each other’s work.

该项目证明了协作如何推动边界。OPPO硬件工程总裁刘畅表示：”实现无折痕且耐用的折叠屏显示……依赖于天穹合作伙伴生态系统内工程师们的集体努力。”

Looking for high-quality STL files? Browse our collection at 3dmis.com!

Original source: View Original

📌 编者按：本文改编自行业最新资讯。查看原文