Compression Systems

About Our Compression Systems

Flexcell’s® Compression System regulates positive air pressure to compress tissue samples or 3D cell cultures in vitro. The FX-5000™ Compression System compresses samples between a piston and stationary platen using our BioPress™ culture plates. It can load up to 14 lbs. of applied force. Using the FX-5000™ Compression System, researchers can observe biochemical changes and cell signaling in vitro that mimics in vivo conditions.

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We offer 6-week trial of our bioreactor systems. Call us for more details!

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Schematic of how compression is applied to tissue samples in a BioPress™ well.

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Airway Epithelial

Alveolar

Aortic

Articular Chondrocytes

Astrocytes

Bio-artifical Cardiac Tissue

Bio-artifical Tendon

Bone Marrow

Caco-2 Intestinal

Cardiomyocytes

Cartilage

Chondrocyte

Embryonic Fibroblasts

Endothelial

Epithelial

Fibroblasts

Intervertebral Disc

Knee Ligaments

Ligament

Macrophage

Mesangial

Mesothelial

Microglia

Myoblast

Myometrial

Neurons

Osteoblast

Osteocyte

Other

Periodontal

Skeletal Muscle

Smooth Muscle

Stem Cells

Tendon

Trabecular Meshwork

Urothelial

Uterine

3D Cell Culture

ARDS/VILI

ATP Release Mechanism

Alveloar Bone Remodeling

Angiogenisis

Aptosis

Arrhythmia

Asthma

Atherosclerosis Model

Bone Density

Bone Remodeling

Brain Injury

COVID/SARS

Calcium Ion Channel

Cardiac Regeneration Study

Cardiomyogenic Differentiation

Cardiomyopathy

Cardiovascular Disease

Cartilage Degeneration

Cartilage Explant Study

Cartilage Regeneration Model

Cell Alignment

Cell Differentation

Cell Fate Transitions

Cell Migration

Cell Pathways

Cell Proliferation

Cell Regulation

Cell Signalling

Cell Stretching Review

Cell to Cell Junctions

Collagen Production

Degenerative Disc Disease

ECM

Force Regulated Homeostatis

Gene Expression

In Vitro Lung Model

Inflammatory Response

Injectable Hydrogel Study

Ion Channel

Ion Channels

Lung Injury (VILI)

Matrix Remodeling

Mechanical Force-induced Osteogenesis

Mechanical Stretch Study

Mechanosensistive Receptors

Mechanosensitive Receptors

Mechanosensitive Regulation STAT3

Mechanotransduction

Myocardium Model

Myotube Formation

Neuroinflammation

Osteoarthritis Model

Osteoclast Differentiation

Osteogenesis

Osteoporosis Study

Oxidative Stress

Pharmatoxology Study

Piezo 1 Channel

Protein Expression

Pulmonary Toxicology Testing

RNA Sequencing

Retinal Tissue Repair

SCNT Reprogramming

Scaffolds

Signalling Pathways

Tissue Engineering

Tissue Mechanics

Tissue Repair

Tumor Microenvironment

Vascular Regeneration

Wound Healing

Compression System

Fluid Shear Systems

Tension Systems

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Compression Systems

About Our Compression Systems

How Our Compression Systems Work

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