Tissue stiffness plays a critical role in disease progression, with conditions like cancer and fibrosis leading to increased extracellular matrix (ECM) rigidity. The LunaCrosslinker™ platform, in combination with LunaGel™, enables researchers to precisely replicate both healthy and diseased tissue environments, facilitating in-depth studies on how stiffness impacts cell behaviour, drug responses, and disease mechanisms.
Unlike traditional UV-based crosslinking, the LunaCrosslinker™ utilizes visible light, which is safer for cells, reduces photodamage and DNA mutations, and promotes higher cell viability—making it ideal for long-term 3D culture studies.
Designed for efficiency and ease of use, the LunaCrosslinker™ is a compact, lightweight, and user-friendly solution, perfect for tissue culture environments. It seamlessly integrates with standard well plates, enabling uniform crosslinking across an entire plate and ensuring consistent mechanical properties between wells.
✔ Visible light crosslinking for low cytotoxicity
✔ Adjustable Exposure Time – Precisely control the stiffness of the ECM for physiologically relevant 3D models
✔ Rapid Crosslinking – Achieve high stiffness environments in as little as 8 minutes
The LunaCrosslinker™ is engineered to precisely control the stiffness of LunaGel™ Photocrosslinkable Extracellular Matrices, enabling the creation of physiologically relevant 3D tissue culture models. Equipped with high-power LEDs, it ensures rapid, cell-friendly crosslinking, while allowing users to fine-tune stiffness by simply adjusting the crosslinking duration. With LunaCrosslinker™, creating physiologically relevant 3D models has never been easier!
Book a personalized consultation with our Application and Sales Specialist to explore how our innovative technologies can accelerate your discoveries and streamline your workflows.
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Australia
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