Product Line
以自动化非接触式分液技术提升实验室效率
网络研讨会 | Mantis 纳升级分液工作站
通过多个案例研究，我们将展示这两款分液设备如何满足乃至超越细胞培养、NGS建库及方法学开发等常规工作流程的严苛应用需求。
使用µPulse®-TFF系统温和高效地收获与配制外泌体
网络研讨会 | µPulse – TFF 系统
本次研讨会将分享 µPulse – TFF 系统在外泌体制备流程中的多项案例。我们重点讲解：相较于终端过滤，µPulse 工作流程速度更快、条件更温和，可无人值守完成培养基中外泌体收获。
构建高质量 cDNA 文库，实现单细胞 T 细胞受体 mRNA 高效测序
应用笔记 | Mantis 纳升级分液工作站
rhTCRseq 方案可实现单细胞水平 T 细胞受体高效分析，依托 Mantis 微量分液仪构建高品质 cDNA 文库提供有力支撑。
依托 µPulse®-TFF 系统，采用滤膜透析实现实验室规模蛋白快速复性
应用笔记 | µPulse – TFF 系统
µPulse 实验室级切向流过滤系统支持压力自定义，用于蛋白复性时，相比平衡透析法速度更快、产物比活性更高，可广泛适用于各类缓冲液置换场景。
里程碑：莫纳什大学大分子结晶平台完成第 10,000 块结晶板实验
Formulatrix and Olink Announce Collaboration to Deliver Automated Proteomics Research Solutions to Enable Protein Detection with Exceptional Precision and Speed
Press Release | F.A.S.T. Liquid Handler
Discover the power of automated proteomics research solutions with Olink’s PEA technology & Formulatrix liquid handling technology.
Accelerating Research with Organoid Disease Models Using Automated Imaging and Dispensing
Poster | Mantis Liquid Dispenser
Effective automated dispensing using the Mantis (Formulatrix) in combination with live-cell image analysis on the IncuCyte SX5 (Sartorius) opens up the possibility of running high-scale organoid applications such as small molecule screens, quantitative quality assurance processes, and high-volume expansion experiments.
利用 µPulse®-TFF 系统快速完成纯化重组 L – 天冬酰胺酶制剂配制
应用笔记 | µPulse – TFF 系统
µPulse 滤片支持在位清洗，可多次重复使用，过滤速率无明显衰减。研究证实，µPulse – TFF 系统速度快、易于放大、具备成本优势，适用于纯化重组蛋白及其他生物分子的制剂配制。
Single-step Purification and Formulation of Antibody-drug Conjugates Using the µPulse – TFF System
Poster | µPulse – TFF System
The µPulse – TFF system by Formulatrix addresses this limitation with a miniaturized design by combining TFF with microfluidic pumping technology on a filter chip. This footprint reduces the hold-up volume to 0.65 mL, which is up to 100% recoverable.
Gentle Formulation of Plasma Derived Extracellular Vesicles with the μPulse – TFF System
Application Note | µPulse – TFF System
Learn how the μPulse – TFF system achieved 97-98% particle retention, ensuring a robust and efficient workflow for EV isolation and concentration.