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摩方精密的s140微纳3d打印设备在打印精度和打印速度之间有很好的互补，这为我们提供了一个便捷的工具，可以在几十微米的精度下生产厘米大小的定制模型。这台机器帮助我们实现小尺寸精密零部件的快速打样验证，有利于推进医疗器械研发。

摩方提供的超高精度微纳3d打印技术及设备，适合我们实验室应用于力学超材料，微机械/微机电系统等领域的研究和精密制造，既能满足几微米到百微米的细节特征制备，又能实现面向产业应用的厘米级宏观样件加工需求。

我们课题组于2020年12月购买了摩方公司的s240高精密3d打印系统，近期利用该系统制备了多种新颖的力学超材料。该系统不仅具有10微米的超高打印分辨率，而且最大可打印样品尺寸可达100毫米，兼具了高分辨率与大幅面加工能力两方面的优点。该系统在使用过程中操作简便，软件用户界面友好，且可选择的打印材料种类较多。总体来说，该系统为我们研究和设计新型力学超材料提供了强有力的支持。

摩方精密的s130设备很好地解决了打印精度与打印幅面这对矛盾，在实现2微米高精度3d打印的同时，通过拼接技术将打印面积扩大到了5厘米×5厘米，极大地拓展了应用场景，在一体化成型力学超材料、生物医疗器件、精密连接件、微机械设备等方面展现了得天独厚的优势。

摩方精密微纳3d打印技术集高精度与大幅面于一体，尤其适合同时具有宏观和微观精细结构的复杂生物和工程表面的制备，其完备的设备体系、先进的加工技术、专业的研发团队和优质的服务为实现宏观-微观一体化的结构模型设计与制备提供强有力的支撑。

摩方精密的微纳3d打印技术，精度很高且材料与打印工艺开放，配备微量树脂打印系统与加热打印系统，很适合我们利用自己研发的生物材料进行创新研究。

the quality and accuracy of bmf pµsl parts is very unique, and truly mimic expensive micro molded parts, and now we can have parts ready for test within 1-2 days rather than 1-2 months, as well as reducing the huge costs associated with tooling manufacture and reworking as the new products evolve. we can also explore designs previously out of reach due to manufacturing limitations. our main focus is to lift our prototyping capabilities to the highest possible level, both in quality and speed. bmf will help us accomplish that.

we chose bmf’s microarch 3d printer due to its ability to replicate critical micro features. their unique projection micro stereolithography (pµsl) technology prints 3d parts with ultra-high resolution and accuracy, which is key to our business. this is the first 3d printer we’ve encountered that can print micro-precision parts, with the dimensional accuracy and precision that our customers require at this stage of product development. we have put the bmf parts through the same rigorous ct scanning inspection process of our micro molded components and were amazed that dimensionally the parts fell within the tolerances required. our customers have been equally amazed.

the parts say it all. the first time you see a part from a bmf printer you will be amazed. 3d printing, until now, has never been able to produce parts of such precision, and accuracy. being able to capture thin walls and fine features at this scale and resolution, with unmatched reliability, is unprecedented from any 3d printing technology. this will absolutely usher in new industries, that have previously ignored 3d printing, to the world of rapid design iteration.