Elevating your Bioproduction with Sophisticated Microcarrier, Hydrogels and µFluidic Solutions
Technology
Smart MCs specialise in developing customised microcarriers tailored to specific cell types and applications. Our microcarriers enable efficient and streamlined cell culture while minimising cell loss, resulting in cost-effective and high-yield expansion of cells.
Smart MCs is revolutionising the field of cellular cultivation by developing custom microcarriers made from biodegradable materials. Despite the long history of microcarrier development, the lack of customisability has remained a major challenge. Most microcarrier technologies suffer from poor harvesting performance, high cost and lengthy processing stages. Efficient microcarriers are a crucial factor for scaling in vivo adherent cell culture (e.g., cellular therapeutics and agriculture).
To overcome the limitations, Smart MCs has developed customisable microcarriers made from edible and biodegradable materials, tailored towards varied applications in terms of size, stiffness, surface roughness, texture, topography and surface chemistry.
Core Product Features
Flexible Materials
Xeno-Free, Biodegradable and Edible Options
Affordable
Xeno-Free, Biodegradable and Edible Options
Simple Workflow
One-Step Harvesting - No Cell Loss Associated
Customised Solution
Tunning Physical & Chemical Properties
Microcarriers
P1 Microcarrier
The P1 Microcarrier is a xeno-free and polysaccharide-based biopolymer bead platform for cell culture, offering adjustable stiffness from 3kPa to 500kPa to suit various cell types and conditions. Beyond flexibility in stiffness, it can be customised in charge, size, and coatings to meet specific cell culture needs, ensuring optimal culture performance.
- Xeno-free biopolymer
- Excellent cell expansion capacity
- Available in animal-free, edible and therapeutic grade
- Tested on range of different cell line of variety of species including myoblasts, fibroblasts, mesenchymal stem cells, iPSCs, etc.
P2 Microcarrier
The P2 Microcarrier is a xeno-free and digestible biopolymer bead platform for cell culture, offering adjustable stiffness from 3kPa to 500kPa to suit various cell types and conditions. Beyond flexibility in stiffness, it can be customised in charge, size, and coatings to meet specific cell culture needs, ensuring optimal culture performance.
- Xeno-free biopolymer
- Dissolvable using non-enzymatic approach
- Excellent cell expansion capacity
- Available in animal-free, edible and therapeutic grade
- Tested on range of different cell line of variety of species including myoblasts, fibroblasts, mesenchymal stem cells, iPSCs, etc.
X1 Microcarrier
The X1 Microcarrier is a top performing, versatile, gelatin-based platform for cell culture, offering adjustable stiffness from 3kPa to 100kPa to suit various cell types and conditions. Beyond flexibility in stiffness, it can be customised in charge, size, and coatings to meet specific cell culture needs, ensuring optimal culture performance.
- Top cell attachment performance
- Maximum cell expansion capacity
- Available in edible and therapeutic grade
- Dissolvable using TrypLE or Trypsin enzyme
- Tested on range of different cell line of variety of species including myoblasts, fibroblasts, mesenchymal stem cells, iPSCs, etc.
Also Available:
Hydrogels - Smart MCs delivers fully defined, xeno-free Extracellular Matrix Hydrogels, customisable for diverse applications like tissue modelling, spheroid generation, and wound healing. Engineered for precision and versatility, our hydrogels optimise cell growth, offering a controlled, reproducible solution for advanced biomedical applications.
Microfluidics - Smart MCs specialises in offering dedicated microfluidic solutions suitable for a wide array of applications, including cell sorting, droplet generation, liquid fractionation, scratch assays, and micro- and nano-wells. Tailored to meet various downstream needs, our microfluidic platforms streamline complex processes.
Growth Factor Embedding: Engrave Your Growth Factor for Slow Release During Culture The ability to customise the microcarriers goes beyond physical attributes where different growth or antimicrobial factors can be embedded in the microcarriers which would act as a slow-release function throughout the culture.
Price Competitive: Owing to the revolutionary production approach, Smart MCs use basic food ingredients with a simplified production workflow that is not wasteful. Thus, the microcarriers are affordable and provide a scalable solution for large-scale applications including cultured meat.
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