CELLSCALE  MECHANOCULTURE T1 細胞拉力培養系統是指細胞在不同的組織工程支架條件下進行力學牽拉刺激培養，如小腸下粘膜硅膠膜腸系膜水凝膠靜電紡絲殼聚糖絲素蛋白等等，對於組織工程研究具有重要的意義。原來由於受到技術條件的影響，對於不同組織工程支架材料的細胞力學研究的論文比較少。

口腔細胞力學 顳下頜關節滑膜細胞，人牙周膜細胞，口腔上皮細胞，口腔鱗癌KB細胞等

骨細胞力學：骨骼細胞，肌腱細胞，韌帶細胞，軟骨細胞和骨細胞，骨髓間充質干細胞，

軟骨組織，椎間盤骨組織，肌腱組織，韌帶組織等

肺呼吸肺細胞力學，肺上皮細胞，肺動脈內皮細胞，人肺微血管內皮細胞

眼科細胞力學視覺神經眼上皮細胞，眼小梁組織細胞，視網膜神經細胞

心血管/高血壓：心肌細胞，血細胞，心血管平滑肌細胞，血管內皮細胞

生殖腎膀胱細胞，平滑肌細胞/尿路上皮及尿路上皮細胞，腎小管上皮細胞

消化腸上皮細胞，胃上皮細胞，胃血管內皮細胞

皮膚皮膚細胞，皮膚成纖維細胞

The MechanoCulture product group is used for culturing cells in a mechanically active environment. This product group contains configurations to support single or multiple parallel tests using a variety of flexible membranes and scaffolds. The on-board controllers enable PC-independent execution of user-defined motion protocols.

MechanoCulture B1

The MechanoCulture B1 imposes a biaxial stretch protocol on a 35mm circular sample that can be punched out of any user-supplied extensible sheet. The system supports both 3D scaffolds with embedded cells and 2D membranes with adhered cells. The chamber can be configured for 0.5-100mL of media.

The MechanoCulture B1

A deformable component is used to generate radial motions from a uni-directional input.

A secondary component is used to transfer 8 points of motion into 24. This feature distributes the load so that the puncture-pin attachment points will not tear through the specimen.

Specimens are cut using a hollow circular punch and thus can be made from any sheet of material provided that it is sufficiently flexible (silicone sheet, hydrogels, electrospun polymers).