适用于严苛应用的优质材料
UpNano的高性能双光子树脂经过优化，可充分发挥我们超高速高分辨率打印系统的全部能力。该产品组合包含九种树脂，每种树脂均针对特定应用进行定制——从高性能光聚合物到用于光学和微流体应用的光学透明材料，再到经EN ISO 10993-5:2009标准体外细胞毒性测试验证的生物相容性配方。
标准树脂产品（UpPhoto & UpDraft）
树脂，通过打印后完全固化的材料和广泛的应用适应性，彻底改变了2PP打印技术。
UpPhoto
UpPhoto--High-performance 2-photon resin
The high-performance standard resin for functional components which are fully cured directly after 3D printing and require no thermal or optical post-processing. The polymerized parts are autoclavable and non-cytotoxic, certified according to EN ISO 10993-5:2009.
UpPhoto--高性能双光子树脂
用于功能部件的高性能标准树脂，该部件在3D打印后可直接完全固化，无需热处理或光学后处理。聚合后的部件可进行
高压蒸汽灭菌，且无细胞毒性，已根据EN ISO 10993-5:2009标准认证。
Transmission spectrum UpPhoto
The transmission spectrum of UpPhoto was measured through a 200 μm thick, fully polymerized test specimen. High transmission in the NIR spectral region. Allows telecom applications.
UpPhoto的透射光谱是通过200微米厚的完全聚合测试样品测量得到的。在近红外光谱区域具有高透射率，可用于电信应用。
UpDraft
UpDraft--Fast prototyping 2-photon resin
The resin, optimized for throughput, is ideal for producing initial prototypes. The chemical reactivity of the resin allows increasing the layer spacing, enabling ultrafast 3D printing of microparts. UpDraft is tolerant to print parameter variations, enabling fast development cycles.
UpDraft--快速原型制作双光子树脂
这种树脂针对吞吐量进行了优化，非常适合制作初始原型。树脂的化学反应性允许增加层间距，从而实现微零件的超快速3D打印。UpDraft对打印参数变化具有耐受性，能够实现快速开发周期。
光学透明树脂（UpFlow & UpOpto）
Our optically transparent resins are engineered to redefine the possibilities of 2PP printing for optical parts. These advanced resin formulations offer exceptional optical transparency across a broad spectrum from near UV to near IR, ensuring unparalleled visual properties for a variety of applications. Certified as non-cytotoxic according to EN ISO 10993-5:2009, they are ideal for biomedical and medical technology applications, ensuring safety and reliability. These resins require post-curing using UV light, ensuring optimal performance and versatility.
我们的光学透明树脂经过工程化设计，旨在重新定义2PP打印在光学部件领域的可能性。这些先进的树脂配方在从近紫外到近红外的宽光谱范围内均具有卓越的光学透明度，确保了多种应用中无与伦比的视觉性能。根据EN ISO 10993-5:2009标准认证为非细胞毒性，它们非常适合生物医学和医疗技术应用，确保安全性和可靠性。这些树脂需要使用紫外线进行后固化，以确保最佳性能和多功能性。先进的2PP树脂重新定义了光学部件的可能性，提供无与伦比的光学透明度。
UpFlow
UpFlow -- Low viscosity and low fluorescent 2-photon resin
The optical transparency and low viscosity of this resin make the resin ideal for printing microfluidics with channels
smaller than 50 μm. Additionally, the resin exhibits low autofluorescence and the material is certified as non-cytotoxic, according to EN ISO 10993-5:2009. UpFlow obtains its final properties after a UV post-curing step.
UpFlow – 低粘度、低荧光双光子树脂
该树脂具有优异的光学透明性和低粘度，使其成为打印通道尺寸小于50微米微流控器件的理想材料。此外，该树脂表现出低
自荧光特性，且根据EN ISO 10993-5:2009标准认证为非细胞毒性材料。UpFlow需经过紫外线后固化步骤以获得最终性能。
UpOpto
UpOpto – Low transmissive 2-photon resin
This resin features high optical transparency. Unlike standard 2PP resins, it exhibits ultralow autofluorescence and transmission down to 350 nm. The material is non-cytotoxic, certified according to EN ISO 10993-5:2009. UpOpto achieves its final properties after a UV post-curing step.
UpOpto – 低透射双光子树脂
该树脂具有高光学透明性。与标准双光子聚合（2PP）树脂不同，它表现出极低的自荧光和低至350 nm的透射率。该材料无细胞毒性，符合EN ISO 10993-5:2009认证标准。UpOpto需经过紫外线后固化步骤才能达到最终性能。
Transmission spectrum UpOpto
The transmission spectrum of UpOpto was measured through a 200 μm thick test specimen, both in green state and after UV post-curing. High transmission in the VIS and NIR spectral region.
UpOpto的透射光谱通过厚度为200微米的测试样品进行测量，分别测定了其绿色状态和紫外后固化后的结果。在可见光（VIS）和近红外（NIR）光谱区域具有高透射率。
High-resolution applications高分辨率树脂（UpSol & UpBrix）
Our portfolio of high-resolution resins is engineered to elevate the precision of 2PP printing to new heights. These materials are tailored to expand the boundaries of 2PP printing, offering solutions for 2.5D and 3D printing of intricate details with the highest resolution, as well as parts with overhangs and free-floating elements. Offering cutting-edge solutions for the most demanding projects, our resins seamlessly merge precision with performance.
我们的高分辨率树脂产品组合经过精心设计，旨在将双光子打印（2PP）的精度提升到新的高度。这些材料专为拓展2PP打印的边界而打造，可提供最高分辨率的2.5D和3D精细细节打印解决方案，以及带有悬垂结构和自由浮动部件的零件打印方案。我们的树脂为最具挑战性的项目提供前沿解决方案，完美融合了精准度与性能。
UpSol
UpSol – Sol-gel hybrid 2-photon resin
The negative thin-film resin can be applied to the intended substrate by spin-coating or drop-casting. During printing, the resin is gel-like, allowing for the production of complex structures with overhangs and undercuts. Besides 2.5D and 3D microstructures, free-floating elements can also be printed.
UpSol – 溶胶-凝胶混合双光子树脂
这种负性薄膜树脂可通过旋涂或滴铸法涂覆到目标基板上。在打印过程中，树脂呈凝胶状，能够实现具有悬垂结构和内凹结构的复杂结构的制备。除2.5D和3D微结构外，还可打印自由悬浮元件。
UpBrix
UpBrix – Refractive index-matched 2-photon resin
The refractive index of the material is matched to the immersion oil of high NA objectives for minimal distortion. After printing, UpBrix parts exhibit a high degree of crosslinking. It is used for ultrahigh-resolution applications and ideal for the fabrication of 2.5D patterns as well as 3D parts with structural details in the micro- and nanometer range.
UpBrix – 折射率匹配双光子树脂
该材料的折射率与高数值孔径物镜的浸油相匹配，以最大程度减少失真。打印后，UpBrix部件表现出高度的交联。它适用于超高分辨率应用，非常适合制造2.5D图案以及具有微米和纳米级结构细节的3D部件。
Special applications 特殊应用树脂（UpThermo & UpBlack & UpQuartz）
2PP-3D printing opens up new possibilities in the manufacturing of high-resolution micro-components, meeting the increasing demands for precision, complexity, intricacy, and functionality in various industries. However, alongside design possibilities and manufacturing freedoms, material properties play a crucial role. Our portfolio of resins for special applications excels in this area, offering innovative properties that open up new possibilities.
2PP-3D打印为高分辨率微组件的制造开辟了新的可能性，满足了各行业对精度、复杂性、精细度和功能性的日益增长的需求。然而，在设计可能性和制造自由度之外，材料性能也起着至关重要的作用。我们的特种应用树脂产品组合在这一领域表现卓越，提供创新性能，从而开启新的可能性。
UpThermo
UpThermo – High-temperature 2-photon resin
Developed in cooperation with Cubicure, this resin boasts an exceptionally high heat deflection temperature (HDT-B) of greater than 300 °C. Paired with high mechanical stiffness, it is ideal for static high-temperature applications. The post-cured material is non-cytotoxic and certified according to EN ISO 10993-5:2009.
UpThermo – 高温双光子树脂
该树脂由Cubicure合作开发，具有极高的热挠曲温度（HDT-B）超过300°C。凭借出色的机械刚性，它非常适合静态高温应用。后固化材料无细胞毒性，并根据EN ISO 10993-5:2009标准获得认证。
UpBlack
UpBlack – Low transmissive 2-photon resin
The visually black and non-transparent resin is a masterpiece for 2PP printing. It has light blocking properties in the UV and VIS spectral range, while remaining transparent to NIR and IR radiation, enabling the printing of fine details. The resin is non-cytotoxic and certified according to EN ISO 10993-5:2009.
UpBlack – 低透光双光子树脂
这种视觉上呈黑色且不透明的树脂是2PP打印的理想材料。它在紫外（UV）和可见光（VIS）光谱范围内具有遮光性能，同时对近红外（NIR）和红外（IR）辐射保持透明，从而能够实现精细细节的打印。该树脂无细胞毒性，并根据EN ISO 10993-5:2009标准获得认证。
UpQuartz
UpQuartz – 2-photon silica slurry
In cooperation with Glassomer, UpNano has developed a nanocomposite slurry for manufacturing fused silica (SiO2) parts using 2-photon polymerization. Printed green parts are converted into fused silica through thermal debinding and sintering. After high-temperature treatment, the 2PP-processed parts exhibit the characteristic properties of fused silica glass.
UpQuartz – 双光子硅浆料
UpNano与Glassomer合作开发了一种纳米复合浆料，用于通过双光子聚合制造熔融石英（SiO₂）部件。打印的生胚部件通过热脱脂和烧结转化为熔融石英。经过高温处理后，双光子加工的部件呈现出熔融石英玻璃的典型特性。
Process of 2PP printing using the UpQuartz silica slurry
This specifically tailored 2PP material enables the production of SiO2parts with bulk volumes in the mm and features in the μm range. Leveraging the remarkable characteristics of fused silica, including exceptional thermal and chemical resistance, superb mechanical properties, high optical transmission, and inertness, UpQuartz opens the door for applications in which polymers cannot be applied.
The material consists of dispersed SiO2 nanoparticles in a polymerizable binder matrix. First, UpQuartz is 2PP printed to obtain the polymeric green part. Next, the green part is thermally debound at 600 °C to remove the polymer matrix and subsequently sintered to fully dense fused silica at 1,300 °C. During this process, the part undergoes isotropic shrinkage (28%) due to fusing of the SiO2particles.
使用UpQuartz二氧化硅浆料进行2PP打印的工艺过程
这种专门定制的2PP材料能够生产出体积达毫米级、特征尺寸达微米级的二氧化硅部件。UpQuartz利用熔融石英的卓越特性，包括出色的热稳定性和化学稳定性、优异的机械性能、高光学透过率以及惰性，为那些聚合物无法适用的应用领域打开了大门。
这种材料由分散在可聚合粘结剂基质中的二氧化硅纳米颗粒组成。首先，将 UpQuartz 进行 2PP 打印以获得聚合物生坯。接下来，在 600°C 下对生坯进行热脱脂以去除聚合物基质，然后在 1300°C 下烧结成致密的熔融石英。在此过程中，由于二氧化硅颗粒的熔融，零件会经历各向同性的收缩（28%）。
