2024年4月22日发(作者：御又槐)
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美国Bose electroforce 3200 BioDynamic细胞力学加载仪测试系统集成了Bose ElectroForce
电机精确力加载技术、环境控制技术以及全自动电脑控制，其中Bose专利的ElectroForce技术
由于采用先进性的无摩擦动磁线性电机，从而提供了无比的动态控制精度；另外其紧凑的外形和
洁净、安静的工作特性以及高度的易维护性，在全球范围内为生物医学实验室提供了很受欢迎的
动态载荷试验平台。
Bose electroforce 3200 BioDynamicc细胞力学加载仪生物反应器配置 系统可以方便地配置为
提供培养环境下的单轴或双轴方向的拉伸/压缩、脉动压力，或根据具体应用进行定制。此系统
既可以独立配置，也可以作为相对独立的环境单元配置于Bose动态测试平台上如ElectroForce
3200。
测试舱和介质循环
Bose electroforce BioDynamic细胞力学加载仪测试舱由耐高压以及环氧乙烷消毒的材料制成，
适合长期使用。可以带有一些节流孔选项用于介质流进/出口和观测用途，这些开孔可以用于插
入流体、压力、温度、溶解氧以及PH值传感器，允许对于许多不同的生物医学应用进行分别的
柔性配置。
每个Bose electroforce BioDynamic细胞力学加载仪测试仪器都带有支架用于在样品加载和取
下时确保测试舱定位，测试舱可以水平放置并充入盐水或培养介质，或垂直放置利于加载样品。
测量舱门可打开易于在夹具上固定样品。
整形外科和心血管测量舱使用可互换的模块式配置；每个测量舱带有独立的闭环介质循环系统减
小污染的可能，外循环的熔体泵用于营养介质的循环控制，同时可提供介质存储罐。
骨骼、软骨或其他任何盘状样品可以在压台之间进行动态压缩，介质流动可以设置为舱室扩散或
多孔的压盘扩散；血管介质或其他管状样品固定在软管夹具上，介质进行管壁扩散或舱室扩散；
韧带、肌腱或其他的延展性细长样品用拉伸夹具固定同时培养介质进行舱室扩散。夹具间距离可
调用来适应不同长度的样品。
控制和测量
Bose electroforce BioDynamic细胞力学加载仪利用电脑通过Bose PCI系列数字控制器和
WinTest软件进行测试，WinTest软件为直觉式应用软件包可以使用户经过最少的学习来进行复
杂的测试组合。
设备可选安装BOSE的DMA(动态机械性能分析)软件，从而可以对组织材料的粘弹特性进行深
入分析。
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icoorce
f
每个控制通道都安装了测量传感器，包括基于导管的压力流量测量系统、轴向应力和位移测量。
可选安装高精度激光显微镜用于观测组织的反应。
BOSE ELECTROFORCE BIODYNAMIC ELF3200 细胞力学加载仪
BOSE ELECTROFORCE BIODYNAMIC ELF5100细胞应力加载仪
BOSE ELECTROFORCE BIODYNAMIC ELF5110细胞应力加载仪
BOSE ELECTROFORCE BIODYNAMIC ELF5160细胞应力加载仪
BOSE ELECTROFORCE BIODYNAMIC ELF5210细胞应力加载仪
BOSE ELECTROFORCE BIODYNAMIC ELF5270细胞应力加载仪
The ElectroForce® 3200 Series III test instruments feature a 225 N (450 N optional)
maximum force. With the versatility of static to 300 Hz frequency response, the table-top
configuration is adaptable to a variety of biomedical research and engineered materials test
applications, including torsion testing, creep under dynamic loading and special
environments (hot/cold chambers).
Key Features
Versatility for a variety of test applications
Monotonic to 300 Hz frequency response
DMA testing up to 200 Hz
Electronic lifts and lever-action crosshead locks
Highly-visible test indicator lights
High-resolution and high-accuracy displacement measurement
Well-suited for low-force testing of biomaterials and engineered materials
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icoorce
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Overview
ElectroForce® BioDynamic® test instruments provide accurate characterization of
biomaterials and biological specimens within a sterile cell culture media environment. The
instruments can be used for the evaluation of a variety of specimens, including biomaterials,
acellular and cell-seeded scaffolds, native tissue samples and tissue-engineered constructs.
Key Features
Versatile chambers for vascular and orthopaedic applications
Multi-axial capabilities: axial, axial/torsion, axial/pulsatile, and axial/pulsatile/torsion
Suitable for autoclaving and ethylene oxide sterilization
The Bose® 3DCulturePro™ bioreactor is a multi-specimen perfusion bioreactor for
reproducible and reliable tissue growth. This system supports cell growth and 3D tissue
culture in an easy-to-use, scalable setup. The bioreactor comes as a single, standalone
chamber with specimen fixtures or as a complete, multi-chamber system with a perfusion
pump to fill the needs of individual labs at an affordable price.
This bioreactor can be used by biologists interested in 3D cell culture, biomedical researchers
and medical device product manufacturers transitioning from static to perfusion fluid flow
culture, and pharmacologists and drug development researchers looking for in vitro test beds
or ex vivo drug delivery systems.
Key Features
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icoorce
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Easy to use—no tools are required for setup, and the system is portable, compact, and
lightweight
Versatile—chambers can be used for a variety of sample shapes and sizes, including
bone, cartilage, vascular constructs, skin, ligaments, tendons, and more
Adaptable—each system has up to 6 chambers that can be positioned in 3 orientations
for different applications and experiments
Reproducible results—standardized culture experiments from chamber to chamber,
sample to sample
Optimized for laboratory use—the system fits in standard incubators, is autoclavable,
and is completely biocompatible
The ElectroForce Advantage
-- technology, applications and support --
2024年4月22日发(作者：御又槐)
M
icoorce
f
美国Bose electroforce 3200 BioDynamic细胞力学加载仪测试系统集成了Bose ElectroForce
电机精确力加载技术、环境控制技术以及全自动电脑控制，其中Bose专利的ElectroForce技术
由于采用先进性的无摩擦动磁线性电机，从而提供了无比的动态控制精度；另外其紧凑的外形和
洁净、安静的工作特性以及高度的易维护性，在全球范围内为生物医学实验室提供了很受欢迎的
动态载荷试验平台。
Bose electroforce 3200 BioDynamicc细胞力学加载仪生物反应器配置 系统可以方便地配置为
提供培养环境下的单轴或双轴方向的拉伸/压缩、脉动压力，或根据具体应用进行定制。此系统
既可以独立配置，也可以作为相对独立的环境单元配置于Bose动态测试平台上如ElectroForce
3200。
测试舱和介质循环
Bose electroforce BioDynamic细胞力学加载仪测试舱由耐高压以及环氧乙烷消毒的材料制成，
适合长期使用。可以带有一些节流孔选项用于介质流进/出口和观测用途，这些开孔可以用于插
入流体、压力、温度、溶解氧以及PH值传感器，允许对于许多不同的生物医学应用进行分别的
柔性配置。
每个Bose electroforce BioDynamic细胞力学加载仪测试仪器都带有支架用于在样品加载和取
下时确保测试舱定位，测试舱可以水平放置并充入盐水或培养介质，或垂直放置利于加载样品。
测量舱门可打开易于在夹具上固定样品。
整形外科和心血管测量舱使用可互换的模块式配置；每个测量舱带有独立的闭环介质循环系统减
小污染的可能，外循环的熔体泵用于营养介质的循环控制，同时可提供介质存储罐。
骨骼、软骨或其他任何盘状样品可以在压台之间进行动态压缩，介质流动可以设置为舱室扩散或
多孔的压盘扩散；血管介质或其他管状样品固定在软管夹具上，介质进行管壁扩散或舱室扩散；
韧带、肌腱或其他的延展性细长样品用拉伸夹具固定同时培养介质进行舱室扩散。夹具间距离可
调用来适应不同长度的样品。
控制和测量
Bose electroforce BioDynamic细胞力学加载仪利用电脑通过Bose PCI系列数字控制器和
WinTest软件进行测试，WinTest软件为直觉式应用软件包可以使用户经过最少的学习来进行复
杂的测试组合。
设备可选安装BOSE的DMA(动态机械性能分析)软件，从而可以对组织材料的粘弹特性进行深
入分析。
M
icoorce
f
每个控制通道都安装了测量传感器，包括基于导管的压力流量测量系统、轴向应力和位移测量。
可选安装高精度激光显微镜用于观测组织的反应。
BOSE ELECTROFORCE BIODYNAMIC ELF3200 细胞力学加载仪
BOSE ELECTROFORCE BIODYNAMIC ELF5100细胞应力加载仪
BOSE ELECTROFORCE BIODYNAMIC ELF5110细胞应力加载仪
BOSE ELECTROFORCE BIODYNAMIC ELF5160细胞应力加载仪
BOSE ELECTROFORCE BIODYNAMIC ELF5210细胞应力加载仪
BOSE ELECTROFORCE BIODYNAMIC ELF5270细胞应力加载仪
The ElectroForce® 3200 Series III test instruments feature a 225 N (450 N optional)
maximum force. With the versatility of static to 300 Hz frequency response, the table-top
configuration is adaptable to a variety of biomedical research and engineered materials test
applications, including torsion testing, creep under dynamic loading and special
environments (hot/cold chambers).
Key Features
Versatility for a variety of test applications
Monotonic to 300 Hz frequency response
DMA testing up to 200 Hz
Electronic lifts and lever-action crosshead locks
Highly-visible test indicator lights
High-resolution and high-accuracy displacement measurement
Well-suited for low-force testing of biomaterials and engineered materials
M
icoorce
f
Overview
ElectroForce® BioDynamic® test instruments provide accurate characterization of
biomaterials and biological specimens within a sterile cell culture media environment. The
instruments can be used for the evaluation of a variety of specimens, including biomaterials,
acellular and cell-seeded scaffolds, native tissue samples and tissue-engineered constructs.
Key Features
Versatile chambers for vascular and orthopaedic applications
Multi-axial capabilities: axial, axial/torsion, axial/pulsatile, and axial/pulsatile/torsion
Suitable for autoclaving and ethylene oxide sterilization
The Bose® 3DCulturePro™ bioreactor is a multi-specimen perfusion bioreactor for
reproducible and reliable tissue growth. This system supports cell growth and 3D tissue
culture in an easy-to-use, scalable setup. The bioreactor comes as a single, standalone
chamber with specimen fixtures or as a complete, multi-chamber system with a perfusion
pump to fill the needs of individual labs at an affordable price.
This bioreactor can be used by biologists interested in 3D cell culture, biomedical researchers
and medical device product manufacturers transitioning from static to perfusion fluid flow
culture, and pharmacologists and drug development researchers looking for in vitro test beds
or ex vivo drug delivery systems.
Key Features
M
icoorce
f
Easy to use—no tools are required for setup, and the system is portable, compact, and
lightweight
Versatile—chambers can be used for a variety of sample shapes and sizes, including
bone, cartilage, vascular constructs, skin, ligaments, tendons, and more
Adaptable—each system has up to 6 chambers that can be positioned in 3 orientations
for different applications and experiments
Reproducible results—standardized culture experiments from chamber to chamber,
sample to sample
Optimized for laboratory use—the system fits in standard incubators, is autoclavable,
and is completely biocompatible
The ElectroForce Advantage
-- technology, applications and support --