Dynamic bond exchanging vitrimers have emerged recently due to their malleability, self-heal ability, recyclability, and mechanical stability. Likewise, 3D printing is consciously introduced at different platforms for ease of fabrication, high throughput, cost-effectiveness, and waste reduction. These two distinctive techniques have recently made their consensus performance, resulting from a phenomenal change in the printing field. Conventionally, thermoplastic inks have been primarily used in 3D printing, owing to their effortless processability. At the same time, thermosets were utilized for their superior mechanical strength. However, these two essential properties have been required to be presented in the printed material. In that scenario, thermoset vitrimer materials have been introduced in 3D printing, where malleability and mechanical stability have been observed in the same material. Thus, this article details the recent vitrimer material included with the different 3D printing system systems with their reported results to understand and make them widespread. Eventually, the outlook and perspectives could be helpful to understand and enhance this specific field.
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机译：由于其延展性、自愈能力、可回收性和机械稳定性，最近出现了动态键交换三聚体。同样，3D打印被有意识地引入不同的平台，以简化制造，高吞吐量，成本效益和减少浪费。这两种截然不同的技术最近在印刷领域发生了惊人的变化，取得了共识。传统上，热塑性油墨主要用于 3D 打印，因为它们具有毫不费力的可加工性。同时，热固性塑料因其卓越的机械强度而被利用。然而，这两个基本属性被要求在印刷材料中呈现。在这种情况下，在3D打印中引入了热固性玻璃三聚体材料，在同一材料中观察到了延展性和机械稳定性。因此，本文详细介绍了不同 3D 打印系统系统中包含的最新 vitrimer 材料及其报告的结果，以了解并使其广泛应用。最终，前景和观点可能有助于理解和加强这一特定领域。
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