CellScale’s products are split into 2 lines: Mechanical Testing and Cell Stimulation. We also offer Educational Tools for the undergraduate classrooms, as well as Custom Solutions.
All Mechanical Testing products are equipped with a user-friendly interface software for simple execution of standard or customized test protocols. A high-resolution camera comes standard with the BioTester and the MicroTester, while our patented specimen attachments Biorakes can be used with most of the products.
The market leader for biaxial testing of biomaterials, the BioTester comes with 4 actuators, high-resolution imaging, temperature-controlled media bath and 3 options of specimen mounting.
The UniVert is the most versatile and cost-effective mechanical tester for forces up to 200N. Capable of 3 testing modes, its small footprint and ease of use makes it suitable for high-volume installsions or classroom teaching.
Available in 2 versions, the MicroTester is suitable for micro-sized speciments including hydrogels and engineered tissues. The MTG2 allows up to 5 testing modes while the MTLT is a great value for high-precision micro-scale testing.
The UStretch offers vertical and horizontal testing and the option of a temperature-controlled media bath. It can also be used with a wide range of specimen attachments including the patented BioRake.
All Cell Stimulation products are equipped with a user-friendly interface software for specifying simple, cyclic, and intermittent stimulation protocols for download to the device controller. The entire assembly can also be sterilized and is suitable for long-term cell culture in a laboratory incubator.
The only mechanoculture product capable of biaxial stretch. The MCB1 can be operated independent of a PC and is suitable with a wide range of materials.
The MCFX allows cells to adhere to a specially designed well plate before uniaxially stretching it. It comes with 16 culture wells and a clear, see-through well bottom for high-magnification imaging.
The MCTR performs hydrostatic pressure stimulation on cultured cells. There are 9 culture wells and a clear, see-through well bottom for high-magnification imaging.