CELL-ROTA可视化旋转3D细胞培养、类器官培养全自细胞培养 型号: CellRota | 价格: 请联系我们详询,谢谢！ CellView 全自动三维细胞培养系统（可视旋转3D细胞培养系统）是基于赛吉生物SARC-G系列旋转3D细胞培养系统技术全新开发的一款全自动细胞培养工作站，该系统无需CO2培养箱配合即可以独立开展细胞3D动态旋转培养，同时，该系统配备了高分辨率摄像系统，可以实现全过程随机或定时拍照、摄像，全程监测细胞培养过程中的各个状态并保留证据。CellView不仅可以用来开展常规的动态3D细胞培养，还可以用于开展类器官培养、微重力效应模拟培养（系统内置了算法模型，可根据适配的配用容器等参数实时计算微重力模拟效应水平以及培养容器内流体剪切力，并通过曲线图显示）。 热线电话: +86 0 15995516226、+86 0 13862149980 电子邮箱: info@sage-bio.com、carlos_wei@sage-bio.com 留言咨询收藏 攸寻医疗科技科技欢迎您留言 ... ... 为及时与您取得联系并回复您的关注，请务必输入您的姓名、咨询内容及有效的联系电话等，谢谢！ 仅作联络之用，我司承诺保密，敬请放心填写！ 会员提交咨询后，可登录网站进入“会员中心 - 我的咨询”查看管理员的回复内容；非会员提交的咨询，回复内容不会在前台公开显示。 留言加载中... 在线留言咨询 咨询内容： 联系电话： 电子邮箱： 验证码： 联系人： 已自动填入（可修改） ×

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CELL-ROTA不锈钢内胆	配套旋转壁培养容器	CELL-ROTA&USB及气体入口

产品概述

CELL-ROTA 全自动三维细胞培养系统是赛吉生物依托成熟的旋转 3D 培养技术全新开发的可视旋转式全自动细胞培养工作站，无需搭配额外培养箱，可独立开展细胞 3D 动态旋转培养，契合现代生命科学研究的集成化实验需求。系统搭载高分辨率摄像系统，能实现培养全过程的随机或定时拍照、摄像，全程监测细胞生长各阶段状态，完整留存实验过程数据。该系统内置专属算法模型，可根据适配培养容器的各项参数，实时计算微重力模拟效应水平与培养容器内流体剪切力，并以曲线图直观呈现数据结果，实现微重力效应的模拟培养。系统不仅可开展常规动态 3D 细胞培养，还能满足类器官培养等前沿研究方向的实验需求，凭借低剪切力、拟生理的培养微环境构建能力，为组织工程、药物筛选、疾病模型构建等科研领域，提供高效、稳定、智能化的全自动细胞培养解决方案。

CELL-ROTA Fully Automatic 3D Cell Culture System is a visual rotary fully automatic cell culture workstation newly developed by SAGE-BIO based on mature rotary 3D culture technology. It can carry out independent dynamic 3D rotary cell culture without additional incubators, meeting the integrated experimental needs of modern life science research. Equipped with a high-resolution camera system, the system can take photos and videos randomly or at regular intervals throughout the culture process, monitor the status of cells at all growth stages in real time, and completely retain experimental process data. Built with an exclusive algorithm model, the system can calculate the simulated microgravity effect level and the fluid shear stress in the culture vessel in real time according to various parameters of the adapted culture vessel, and intuitively present the data results in the form of curve graphs to realize the simulated culture of microgravity effect. The system can not only carry out conventional dynamic 3D cell culture, but also meet the experimental needs of cutting-edge research directions such as organoid culture. Relying on its ability to construct a culture microenvironment with low shear stress and physiological simulation, it provides an efficient, stable and intelligent fully automatic cell culture solution for scientific research fields such as tissue engineering, drug screening and disease model construction.

优势介绍

CELL-ROTA 作为新一代可视旋转 3D 细胞培养系统，依托成熟旋转培养技术实现全流程自动化培养，无需额外配套培养箱即可独立运行，大幅简化实验操作流程。系统搭载高分辨率摄像系统，可全程记录细胞生长状态，实现培养过程可视化与可追溯；内置专属算法模型，能实时计算微重力模拟效应与流体剪切力并以曲线图呈现，突破传统旋转培养的操作局限。其构建的低剪切力、拟生理微环境，可实现细胞高密度无损培养，同时适配常规 3D 培养、类器官培养、微重力效应模拟培养等多类研究需求，兼顾高通量与多功能性，为生命科学研究提供更高效、更贴合体内生理状态的培养解决方案。

As a new-generation visual rotary 3D cell culture system, CELL-ROTA realizes full-process automated culture based on mature rotary culture technology and can operate independently without additional incubators, greatly simplifying the experimental operation process. Equipped with a high-resolution camera system, it can record the cell growth status throughout the process to achieve visualization and traceability of the culture process. With a built-in exclusive algorithm model, it can calculate the simulated microgravity effect and fluid shear stress in real time and display the results in curve graphs, breaking through the operational limitations of traditional rotary culture. The low-shear stress and physiologically simulated microenvironment it constructs enables high-density non-destructive cell culture, and is compatible with various research needs such as conventional 3D culture, organoid culture and simulated microgravity effect culture. It balances high throughput and multi-functionality, providing a more efficient culture solution that is more in line with the in vivo physiological state for life science research.

核心优势点： 1、全集成独立运行：无需配套 CO₂培养箱，开箱即用，简化实验布局 Fully integrated independent operation: No matching CO₂ incubator required, ready to use out of the box and simplify the experimental layout 2、培养过程可视化：高分辨率摄像系统支持全程拍照 / 摄像，实验过程可追溯 Visualized culture process: High-resolution camera system supports full-process photo/video shooting for traceable experimental process 3、算法模型智能化：实时计算微重力效应与流体剪切力，数据以曲线图直观呈现 Intelligent algorithm model: Real-time calculation of microgravity effect and fluid shear stress with intuitive curve graph display 4、低剪切力拟生理培养：构建低剪切力微环境，实现细胞高密度无损培养 Low-shear stress physiologically simulated culture: Construct a low-shear stress microenvironment for high-density non-destructive cell culture 5、多场景适配性：兼容常规 3D 培养、类器官培养、微重力模拟培养等多种研究 Multi-scenario adaptability: Compatible with various researches such as conventional 3D culture, organoid culture and simulated microgravity culture 6、操作模式自动化：支持定时 / 程序控制，实现培养流程的标准化与自动化 Automated operation mode: Support timing/program control to realize standardization and automation of the culture process

应用场景

CELL-ROTA 依托动态 3D 旋转培养与微重力模拟技术，适配生命科学多领域的科研与实验需求，是组织工程、药物研发、基础细胞研究的重要实验平台。其低剪切力的拟生理培养环境，可支撑各类细胞与类器官的长期培养，既适用于高校、科研院所的基础细胞机制研究，也能为药企提供药物筛选、药效评估的体外模型，同时可开展微重力环境下的细胞生物学研究，助力航天生命科学探索。此外，系统还可应用于干细胞定向分化、肿瘤模型构建等前沿研究，也能为再生医学的组织构建与功能验证提供实验支撑，覆盖基础研究、药物研发、临床转化等多阶段应用需求。

Relying on dynamic 3D rotary culture and simulated microgravity technology, CELL-ROTA is adapted to the scientific research and experimental needs of multiple fields in life science, and serves as an important experimental platform for tissue engineering, drug research and development, and basic cell research. Its physiologically simulated culture environment with low shear stress can support the long-term culture of various cells and organoids. It is suitable for the basic cell mechanism research in universities and research institutes, and can also provide in vitro models for drug screening and efficacy evaluation for pharmaceutical companies. Meanwhile, it can carry out cell biology research under microgravity environment to facilitate the exploration of aerospace life science. In addition, the system can also be applied to cutting-edge research such as directed differentiation of stem cells and construction of tumor models, and provide experimental support for tissue construction and functional verification in regenerative medicine, covering the application needs of basic research, drug research and development, clinical translation and other stages.

应用场景（但不限于）： 1、肿瘤模型构建与肿瘤机制研究：构建体外 3D 肿瘤模型，模拟体内肿瘤微环境，研究肿瘤增殖、侵袭及转移机制 | Construction of tumor models and research on tumor mechanisms: Build in vitro 3D tumor models, simulate the in vivo tumor microenvironment, and study the mechanisms of tumor proliferation, invasion and metastasis 2、创新药物筛选与药效学评估：搭建体外细胞 / 类器官模型，开展药物高通量筛选，评估药物的有效性与安全性 | Innovative drug screening and pharmacodynamic evaluation: Establish in vitro cell/organoid models, carry out high-throughput drug screening, and evaluate the efficacy and safety of drugs 3、干细胞培养与定向分化研究：实现干细胞高密度无损培养，探究微重力等环境对干细胞分化方向的调控作用 | Stem cell culture and directed differentiation research: Achieve high-density non-destructive culture of stem cells, and explore the regulatory effect of microgravity and other environments on the differentiation direction of stem cells 4、类器官培养与发育机制研究：支撑肝、肾、肠道等多种类器官的体外培养，研究器官发育与组织再生机制 | Organoid culture and developmental mechanism research: Support the in vitro culture of various organoids such as liver, kidney and intestine, and study the mechanisms of organ development and tissue regeneration 5、航天微重力生命科学研究：模拟微重力环境，研究微重力对细胞形态、功能及信号通路的影响，为航天医学提供实验数据 | Aerospace microgravity life science research: Simulate the microgravity environment, study the effects of microgravity on cell morphology, function and signal pathways, and provide experimental data for aerospace medicine 6、再生医学与组织工程研究：构建体外组织工程模型，开展组织修复与再生相关研究，验证工程化组织的体内功能适配性 | Regenerative medicine and tissue engineering research: Build in vitro tissue engineering models, carry out research related to tissue repair and regeneration, and verify the in vivo functional adaptability of engineered tissues

常见问答

问 1：CELL-ROTA 与 SARC-G 旋转 3D 培养系统一样吗？ 答：CELL-ROTA 是基于我司 SARC-G 系列旋转 3D 培养系统的技术全新开发的产品，除基本功能（如动态 3D 培养、微重力效应模拟）外，CELL-ROTA 是功能更强大、操作更方便的一款全新的全自动细胞、类器官培养系统；

问 2：贵司通过了 ISO9001 质量体系认证吗？ 答：我司已经通过了 ISO9001:2015 质量管理体系认证；

问 3：CELL-ROTA 支持远程监控吗？ 答：CELL-ROTA 支持远程监控，CELL-ROTA 系列甚至可以通过选配云端模块实现云端数据自动存储、查看等；

问 4：CELL-ROTA 能够支持微重力效应模拟吗？ 答：可以，CELL-ROTA 全系列型号均内置了算法模型，可以根据其使用的配套培养容器来自动计算转速或者模拟微重力效应水平，并自动调节，同时支持培养容器内流体剪切力计算；

问 5：CELL-ROTA 需要放进 CO2 培养箱内使用吗？ 答：不需要，CELL-ROTA 内置了可靠的温度控制模块以及气体浓度控制模块，完全独立于 CO2 培养箱使用；

问 6：CELL-ROTA 占用空间大吗？ 答：不大，CELL-ROTA 是桌面式培养工作站，其外观尺寸仅约 420380200mm（不同型号可能略有差异），非常节约空间；

问 7：CELL-ROTA 需要连接电脑操作吗？ 答：不需要，CELL-ROTA 前门配置有高清彩色多点触控显示屏，尺寸 7 寸，用户可以通过机载触屏实现所有控制，避免连接电脑的麻烦；

问 8：CELL-ROTA 的数据、照片能够通过 USB 或者无线方式传输吗？ 答：可以，如前面所说，用户甚至可以选配云端服务，实现在任何地方只要有网络即可访问。

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