MicroFIT is a biotechnology company focused on biomimetic platform technologies that replicate human physiological environments and tissue structures. Leveraging Bio-Convergence approaches, the company develops advanced platforms for 3D cell culture, microfabrication, and lab-on-a-chip applications. Its solutions are designed to support regenerative medicine, precision medicine, disease modeling, and drug discovery by providing more physiologically relevant in vitro systems.
Vicbio Biotechnology Co., Ltd. provides the full range of MicroFIT products.
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The StemFIT 3D-Plastic series is designed using polystyrene (PS) materials and optimized for large-scale 3D cell culture. These plates enable efficient, cost-effective spheroid formation with easy pipetting and hydrophobic surface properties. They are suitable for applications including regenerative medicine, disease modeling, developmental biology, toxicology, host–microbiome interaction studies, drug discovery, and gene editing.
StemFIT 3D® is an advanced 3D cell culture plate featuring concave microwell structures that promote cell aggregation and spheroid formation. By enabling cells to grow and interact in three dimensions, it better mimics in vivo conditions. The system supports nutrient, oxygen, and drug diffusion, providing a physiologically relevant microenvironment for a wide range of biological studies.
The NanoFIT 3D® series introduces biomimetic nano-patterned surfaces with line or post structures to replicate extracellular matrix (ECM)-like environments. These nano-topographies enable control over cell morphology, alignment, and behavior, supporting studies on stem cell maintenance, differentiation, and targeted cellular responses.
The microbead chip is a microfluidic device designed for high-throughput production of uniform microbeads using materials such as collagen, PEGDA, and PLGA. It offers precise particle generation, strong chemical resistance, and durable, reusable construction for scalable applications.
Photonic Solutions offers detector solutions covering the UV, visible, near-infrared, and infrared ranges. Its detector portfolio includes silicon (Si), gallium arsenide (GaAs), and indium gallium arsenide (InGaAs) photodiodes, photomultiplier tubes (PMTs), hybrid detectors, high-speed avalanche photodiodes (APDs), and long-wave infrared (LWIR) mercury cadmium telluride (MCT) detectors.
PDMS membranes (polydimethylsiloxane) provide flexible, ultra-thin, and gas-permeable substrates suitable for biological and microfluidic applications. They offer excellent optical transparency, biocompatibility, and mechanical stability, supporting cell culture and microfluidic system performance.
PDMS-based lab-on-a-chip (LOC) platforms integrate micro- and nano-scale structures into compact devices for biological and analytical applications. These systems provide high optical clarity, chemical stability, and flexibility, enabling precise observation and manipulation of microscale biological processes.
SU-8 micro molds are photolithography-based epoxy resin molds used for micro-pattern fabrication in lab-on-a-chip devices, biosensors, and MEMS applications. They support rapid fabrication and can achieve microstructures with heights up to 1,000 μm, enabling complex device manufacturing.
MicroFIT offers integrated semiconductor fabrication services, including photolithography, thin-film deposition, etching, bonding, dicing, and chemical mechanical polishing (CMP). These services support microfabrication and device development with high precision and reliability.
| Product Name | Cat# | Size |
| StemFIT 3D®-Plastic | H389600P-6 well | (3 pk/cs) |
| StemFIT 3D®-Plastic | H389600P-single | (20 ea/cs) |
| StemFIT 3D®-Plastic | H389600P-single | (40 ea/cs) |
| StemFIT 3D®-Plastic | H389600P-single zig | 140 x 93 x 10 mm |
| StemFIT 3D®-Plastic | Anti-adherence rinsing solution | 100ml |
| StemFIT 3D® | H1613200 | (10 ea/cs) |
| StemFIT 3D® | H853400 | (10 ea/cs) |
| StemFIT 3D® | H389600L | (10 ea/cs) |
| StemFIT 3D® | H389600H | (10 ea/cs) |
| StemFIT 3D® | H449800 | (10 ea/cs) |
| StemFIT 3D® | H2951000 | (10 ea/cs) |
| StemFIT 3D® | C100600 | (10 ea/cs) |
| StemFIT 3D® | C163000 | (10 ea/cs) |
| StemFIT 3D® | C253000 | (10 ea/cs) |
| NanoFIT 3D® | N-Line250S | (1 ea/cs) |
| NanoFIT 3D® | N-Line400S | (1 ea/cs) |
| NanoFIT 3D® | N-Post250S | (1 ea/cs) |
| NanoFIT 3D® | N-Post400S | (1 ea/cs) |
| NanoFIT 3D® | N-Flat250S | (1 ea/cs) |
| NanoFIT 3D® | N-Flat400S | (1 ea/cs) |
| NanoFIT 3D® | N-Line400P | - |
| PDMS membrane | - | 10 μm |
| PDMS membrane | - | 30 μm |
| PDMS membrane | - | 50 μm |
| Tygon tubing | 30 m/roll (24G) | |
| SU-8 Micro mold | 4inch/2~100 μm | 4inch/2~100 μm |
| SU-8 Micro mold | 4inch/110~200 μm | 4inch/110~200 μm |
| SU-8 Micro mold | 4inch/210~300 um | 4inch/210~300 um |
| SU-8 Micro mold | 4 inch/310~500 um | 4 inch/310~500 um |
| SU-8 Micro mold | 4inch/510~600 um | 4inch/510~600 um |
| SU-8 Micro mold | 6 inch/30 ~ 100 um | 6 inch/30 ~ 100 um |
| SU-8 Micro mold | 6 inch /110~ 200 um | 6 inch /110~ 200 um |
| Microbead chip | 30~100 um | |
| PFA Tubing | 1/16"x.020"x2.4 m | |
| Tubing Connector | 1/16" 0D Tubing. | |
| Skin chip | Skin chip (Non sterile) | |
| Skin chip | Skin chip (Sterile) |