一、世联博研将作为flexcell公司中国独家授权代理商，现面向全国诚招以下设备仪器设备授权分销合作伙伴

美国Flexcellint国际公司，成立于1987年，该公司专注于细胞、组织力学产品的设计和制造。以提供独特的体外细胞拉

伸、压缩和剪切应力仪器设备以及配套的培养板、硅胶膜载片等耗材闻名于世。

一、仪器部分:

• 1、FX-5000C细胞压力加载系统(flexcell FX5000 Compression system)

该系统对各种组织、三维细胞培养物提供压力加载，并能通过独特显微设备实时观察细胞在压力作用的反应。

• 2、FX-5000T细胞应力加载系统(Flexcell FX5000 Tension system)

该系统对二维细胞和三维细胞提供双轴向应力或单轴向应力加载，并能通过独特显微设备实时观察细胞在应力作用的反应。

• 3、Flex Jr. Tension显微应力加载系统(Flex Jr. Tension)

该系统对显微镜下的细胞提供双轴向应力或单轴向应力加载。

• 4、TissueTrain三维细胞组织培养系统(Flexcell Tissue® Train System)

该系统对生成在三维状态下的细胞进行静态或者周期性的应力刺激加载分析，并能通过独特显微设备实时观察细胞在机械力刺激下的反应。

• 5、STR-4000细胞流体切应力系统(Flexcell Fluid Shear Stress Device)

该系统为细胞提供各种形式的流体切应力：稳流式切应力，脉冲式切应力或者往返式切应力，并能通过独特显微设备实时观察细胞在机械力刺激下的反应。

• 6、应力/压力传导仪(FlexLink® FX-5000TFL/FX-5000CFL Tension or Compression)

• 7、flexcell自动扫描设备和XyFlEX计算软件(ScanFlex with XyFlex)

该系统记录三维人工组织中凝胶压实的过程自动、重复扫描。分辨率可达600pdi；可以设备扫描频率、次数；与FX-5000TT一起使用，可以记录三维细胞培养凝胶的压实动力学。存储的图像可以输入XyFlEX®程序进行凝胶面积的计算。

• 8、HiQFlowmate液体控系统(HIQ-4000-A/B/C HiQ Flowmate-Fluid Control System)

该系统双注射泵可以在微升、纳升、微微升水平上控制液体流。

• 9、OsciFlow_切应力模式控制器

• 10、SFlex_SFlexJr_显微应力加载系一号(StageFlexer StageFlexer Jr. Microscopy Tension Device)

• 11、FlexFlow显微切应力加载设备二号(StageFlexer StageFlexer Microscopy Tension Device)

• 12、STR-4000C 流体剪切系统W/O型电脑(Streamer Fluid Shear System w/o Computer)

• 13、STR-4000D Streamer Fluid Shear Body Only

• 14、Flexcell 储压泵(Pressure Reservoir)

• 15、FlexStop真空隔离阀

• 二、flexcell培养耗材部分:
• 1、TTPlate三维细胞培养板
• 2、BioFlex（flexcell BioFlex培养板）
• 5、UniFlex（flexcell双向应力培养板）
• 6、BioPress压力加载系统配套使用的BioPress培养板
• 7、细胞培养载片
• 8、圆形TTCircular三维细胞培养板
• 9、HI bioFlex培养板
• 10、SFMembrane_硅胶膜

二、tissuegrowth以开发设计三维组织机械力学分析系统闻名于世界，世联博研签约独家代理的以下系统诚招授权分销商：

 

1、三维力学加载细胞组织工程培养系统

2、三维软骨力学刺激组织工程生物反应器 （三维软骨生物反应器）

3、3D血管剪切应力系统(血管组织生物反应器

4、3D肌腱韧带组织工程力学培养生物反应器 （三维肌腱韧带生物反应器）

5、3D心脏瓣膜组织工程培养系统 （三维心血管生物反应器）

6、三维骨应力刺激组织工程生物反应器 （三维成骨生物反应器）

7、三维皮肤力学机械刺激组织工程生物反应器 （三维皮肤生物反应器）

8、3D灌注培养组织工程生物反应器

9、3d支架培养组织工程系统

三、世联博研是瑞士regenhu在华独家授权代理商，隶属于CPA Group SA的regenHU是一个创新的生物医药公司，总部设在瑞士，该公司专注于三维生物细胞、组织打印系统开发设计，其以下代表性3D生物打印系统诚征授权分销商 ：

 

1、BioFactory®

The BioFactory® is a high end'' versatile and cell friendly three dimensional bio-manufacturing instrument. It allows researchers to pattern cells'' biomolecules and a range of soft and rigid materials in desirable 3D composite structures in order to mimic biomimetic tissue models

 

 

 

 

2、3DDiscovery®

The 3DDiscovery® instrument is a cost-effective 3D bio-printing platform to explore the potential of 3D tissue engineering through the bio-printing approach.

 

 

 

3、3D Tissue Models to Study & Identify

• Cell-cell interactions
• Drug metabolisms
• In vivo relevance
• Differentiation
• Extracellular matrix contact
• Morphology
• Proliferation
• Expression (gene'' protein)
• Viability
• Environment

 

4、3DDiscovery® Fluid dispenser

	The 3DDiscovery® Fluid dispenser is a versatile and multi- functional liquid handling instrument. Applications range from bulk reagent dispensing to 2D/3D precision cell/reagent dispensing and placement for plates/microarrays with volumes down to the pico-liter range. Fluid dispenser in action | See the movie
	Up to 4 different mediums SLAS Standards: Glass Slides'' 6'' 12'' 24'' 96'' 384'' 1536'' 3456 plates Down to pico-liter dispensing volumes Contactless (jetting) or contact dispensing (needle) High viscosity range Lab bench / Flow bench integration User friendly software Medium heater and cooler Application note : 3D chemotaxis assays

 

5、BioInk'' for Tissue Engineering

Universal Matrix for 3D Tissue Printing

 

The BioInk^TM is a semi-synthetic hydrogel supporting cell growth of different cell types (fibroblasts'' keratinocytes'' etc.) by providing cell adhesion sites and mimicking the natural extracellular matrix. The BioInk^TM is provided as a ready-to-use device to print 3D tissues. Critical parameters such as matrix stiffness'' cell adhesion can be tailored. Exclusively designed for BioFactory® and 3DDiscovery® tissue printers.

 

Modular Matrix Tailored to the Needs of your Cells

A versatile'' semi-synthetic hydrogel'' supporting cell attachment'' growth'' differentiation and migration. Combined with BioFactory® or 3DDiscovery® tissue printers'' you will be able to create composite tissue models in a layer-by-layer fashioning with spatial control of bioactives components (matrix'' cells'' proteins).

Top view of a printed dermis equivalent. Fibroblasts printed in a layer by layer mode in combination with BioInk^TM. The dermis equivalent was cultivated for 7 days and the fibroblasts are stained with MTT (dark cells; life stain).

HE-staining of a printed dermis equivalent cultivated for 5 days. Cross section of a dermis equivalent harboring fibroblasts. The layer-by-layer printing mode is still visible.

Variable Parameters

• CELL ADHESION
  Control cell adhesion and migration through peptide density and matrix strength and stiffness.
• MATRIX STIFFNESS
  Matrix stiffness to control cell migration and differentiation.

 

BioTrack®

	BioTrack® is a three-dimensional optical biopsy unit that enabling in situ evaluation of tissue formation without interfering with the living model under investigation. BioTrack is based on an optical coherence tomography technology'' providing in situ and real time images of tissues. Excision and processing of tissue specimens can thus be avoided.
	Visualization of morphologic structures (three-dimensional) In situ'' real time evaluation/control of tissue formation as they strongly vary in their development stage In line with the bio-manufacturing (bio-printing process) prior to control reproducibility'' maturity and performance

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BioCAD®

BioCAD® is a fast and user-friendly tissue modelization software allowing to design'' draw and print 2D and 3D structures.

• Compatible with regenHU bio-manufacturing instruments BioFactory® and 3DDiscovery®
• Stand alone use