Are you ready to supercharge your biomedical research capabilities? Our groundbreaking LunaGel™ Photocrosslinkable Extracellular Matrix (ECM) system is designed to help research scientists gather translational data faster, easier, and more reliably than ever before. And now, you can experience the LunaGel™ difference with a 4-week free demo!

 

Consistent, Customizable, and Cell-Friendly

 

Our LunaGel™ ECMs are semisynthetic, offering consistent properties from batch to batch. Packed with bioactive motifs, they can be rapidly and reproducibly crosslinked under cell-friendly conditions using the LunaCrosslinker™ and visible light. These transparent and permeable ECMs are compatible with standard imaging systems, providing you with unparalleled experimental control.

 

Control ECM Stiffness to Replicate Different Tissue Conditions

 

With the LunaCrosslinker™, you can easily adjust the ECM stiffness by varying the light exposure duration between 0 - 8 minutes. This allows you to replicate the mechanical properties of different tissue in both healthy and diseased conditions.

Explore the Many Applications of LunaGel™ Technology

LunaGel™ ECM system has been successfully used across a wide range of applications, including:

• Spheroid assays

• Cancer research and in vitro tumor models

• Organoid culture

• 3D cell culture

• 3D bioprinting

• Organ-on-a-chip applications

• Tissue engineering (skin, cartilage, bone, and more)

• Toxicity assays

• Vascularized tissue models

• Personalized medicine

 

Simplify Your 3D Cell Culture Models

 

Say goodbye to working on ice, pipetting viscous solutions, and dealing with non-reproducible properties. LunaGel™ ECMs deliver unmatched consistency and the highest experimental control on the market.

 

Book A 4-Week Free Demo Today!

 

Don't miss out on this opportunity to revolutionize your biomedical research capabilities. Sign up for our 4-

week free demo and discover the transformative potential of LunaGel™ ECM system for yourself. Experience the future of biomedical research, today!