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一次性SG-BSV微量球体反应容器6ml内置交换膜 型号: SG-BSV00061 | 价格: 请联系我们详询,谢谢！
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| SG-BSV-6ml球体腔培养容器 | 6ml球形反应容器俯视 | SG-BSV微型球体反应容器 |
产品概述
这款一次性微型6ml球形腔室生物反应容器，专为DARC-G系列重力环境模拟系统打造，配合SG-BSV 适配器可实现高通量（同时使用可达20只）动态培养、微重力模拟培养以及超重力模拟培养，适用于微重力细胞培养以及动态3D培养等。它采用贴合细胞生长的球形结构，2ml容积适配常规实验需求并且可以节约培养基提高培养液中外泌体、蛋白等浓度，内部集成4mm直径气体交换膜，能充分保障细胞代谢所需气体的高效交换。搭配的鲁尔单通阀设计可实现完全排空气泡并让培养液充满腔室，做到100%充满培养液培养，从根源上避免气体干扰细胞生长。8mm直径的加料口大小适中，无论是添加培养液、试剂，还是后续取样都很方便，大幅提升实验操作的便捷性。它不仅能兼容实验室常用设备，与DARC-G系列三轴微重力模拟培养系统搭配时表现更优，为微重力、超重力、3D动态环境下的细胞培养提供稳定条件，在干细胞分化、肿瘤研究等领域都能适用。
This disposable mini 2ml spherical chamber bioreactor vessel is tailor-made for the DARC-G series gravity environment simulation systems, serving as a practical tool for cell culture experiments. It features a spherical structure that suits cell growth, with a 2ml volume accurately matching routine experimental needs. Equipped with a 4mm-diameter gas exchange membrane inside, it fully ensures efficient gas exchange and circulation required for cell metabolism. The integrated Luer one-way valve is user-friendly, enabling complete bubble removal and full filling of the chamber with culture medium, thus eliminating gas interference on cell growth from the source. The 8mm-diameter feeding port is appropriately sized, facilitating the addition of culture medium, reagents and subsequent sampling, which greatly enhances the convenience of experimental operations. Compatible with common laboratory equipment, it performs even better when paired with two-axis rotating culture systems, providing stable conditions for cell culture under microgravity and hypergravity environments. It finds wide application in fields like stem cell differentiation and tumor research.
优势介绍
这款一次性6ml的SG-BSV微型球形腔室生物反应容器专为DARC-G系列重力模拟系统设计（微重力模拟培养、超重力模拟培养），通过球形腔体结构与细胞自然聚集形态高度契合，显著提升微重力与动态3D培养效率。其集成直径4mm气体交换膜，在有限容积内实现高效氧合与代谢调控；鲁尔单通阀设计确保腔体100%无气泡填充，彻底消除气体对细胞的物理干扰。8mm加料口兼顾操作便捷性与密封性，支持快速换液与取样。独特之处在于腔体内嵌微型磁体，可吸附于SG-BSV适配器实现数十个单元并行操作，满足高通量研究需求。结合球体流场均匀特性，有效控制细胞运动轨迹与剪切力，为干细胞分化、肿瘤球模型等研究提供标准化环境，成为空间生物学与组织工程领域的革新工具。
This disposable 2ml mini spherical bioreactor is engineered for DARC-G series gravity simulation systems. Its spherical geometry aligns with natural cell aggregation patterns, significantly enhancing microgravity and dynamic 3D culture efficiency. The integrated 4mm gas exchange membrane enables efficient oxygenation and metabolic regulation within a compact volume, while the Luer lock valve ensures 100% bubble-free medium filling, eliminating gas-related cell damage. The 8mm feeding port balances operational convenience and sealing performance, enabling rapid medium exchange and sampling. A standout feature is the embedded micro-magnet, allowing magnetic attachment to SG-BSV adapters for parallel operation of dozens of units, meeting high-throughput requirements. Combined with uniform fluid dynamics, it precisely controls cell movement trajectories and shear stress, providing standardized environments for stem cell differentiation and tumor spheroid research, establishing itself as a groundbreaking tool in space biology and tissue engineering.
主要优势：
1、无死角流场与均匀营养物质分布，球形结构消除直角区域涡流，使培养基流动更符合自然流体力学，营养扩散均匀性大幅提升；
Deadless Flow & Nutrient Distribution，Spherical geometry eliminates vortex formation in corner areas, making medium flow more aligned with natural fluid dynamics and improving nutrient diffusion uniformity.
2、优化细胞运动轨迹与机械刺激，球形内壁使细胞保持连续悬浮状态，运动半径稳定可控，避免长方体容器中常见的碰撞损伤；
Optimized Cell Trajectory & Mechanical Stimulation，Spherical inner walls maintain continuous cell suspension with stable controlled movement radius, preventing impact damage commonly seen in rectangular containers.
3、增强气体交换效率，弧形表面增加有效气液接触面积，相比同容积圆柱形容器气体交换速率提升约25%；
Enhanced Gas Exchange Efficiency，Curved surface increases effective gas-liquid contact area, improving gas exchange rate by 25% compared to same-volume cylindrical containers.
4、磁吸式高通量集成，底部磁体吸附设计实现快速模块化组装，单次实验可同时运行数十个样本；
Magnetic High-Throughput Integration，Magnetic base enables rapid modular assembly, allowing more samples per experiment, far exceeding the capacity limits of traditional containers.
5、三维培养一致性，球形腔室促进细胞多向性聚集，形成的类器官球形度较立方体容器更高，更符合真实组织结构；
3D Culture Consistency，Spherical chambers facilitate multidirectional cell aggregation, improving spheroid roundness compared to cuboid containers, better mimicking real tissue structures.
应用场景
常见问答
关键字: SG-BSV,细胞培养,微重力细胞培养,球体培养室,球形培养室,球体腔室,球形腔室
