SMALL MACHINES
A developer of lab-on-a-chip point-of-care diagnostic platforms combining microfluidic chip design and manufacture, high-throughput optical imaging, magnetic-bead immunoassays, and AI-based image analytics. Offers end-to-end services from concept and prototyping to scale-up manufacturing and integrates predictive clinical decision support for diagnostic workflows.
Industries
Nr. of Employees
small (1-50)
SMALL MACHINES
Seoul, Seoul-t'ukpyolsi, South Korea, Asia
Products
Automated image-based cell morphology analyzer
Optical image-based analyzer that quantifies cell concentration, viability, aggregation and size distribution using high-throughput imaging and AI classification.
Digital magnetic-bead immunoassay platform
Magnetic-bead based digital immunoassay platform for ultra-sensitive detection of low-concentration protein biomarkers using disposable microfluidic cartridges.
Image-based hematology analyzer (microfluidic)
Hematology analysis system that measures morphology and counts of red blood cells, white blood cells and platelets using microfluidic cartridges and image analysis.
Disposable microfluidic chip for cell counting and assays
Single-use plastic microfluidic cartridge designed for image-based cell counting and small-volume assays with features to support clear counting grids and bubble suppression.
Clinical decision support software (predictive analytics)
Software that integrates laboratory and physiological data to provide predictive analytics and early-warning outputs for clinical workflows.
Automated image-based cell morphology analyzer
Optical image-based analyzer that quantifies cell concentration, viability, aggregation and size distribution using high-throughput imaging and AI classification.
Digital magnetic-bead immunoassay platform
Magnetic-bead based digital immunoassay platform for ultra-sensitive detection of low-concentration protein biomarkers using disposable microfluidic cartridges.
Image-based hematology analyzer (microfluidic)
Hematology analysis system that measures morphology and counts of red blood cells, white blood cells and platelets using microfluidic cartridges and image analysis.
Disposable microfluidic chip for cell counting and assays
Single-use plastic microfluidic cartridge designed for image-based cell counting and small-volume assays with features to support clear counting grids and bubble suppression.
Clinical decision support software (predictive analytics)
Software that integrates laboratory and physiological data to provide predictive analytics and early-warning outputs for clinical workflows.
Services
Lab-on-a-chip OEM/ODM and consulting
End-to-end product development from concept, prototyping and simulation to small-batch and mass production, packaging and quality control for microfluidic diagnostic devices.
Microfluidic design and simulation
Design and computational performance simulation of microfluidic systems to optimize fluidic behavior before fabrication.
Assay development and biochemical protocol support
Project-based development of immunoassay protocols including antibody pairing, immobilization and multiplex workflows optimized for low-volume samples.
Lab-on-a-chip OEM/ODM and consulting
End-to-end product development from concept, prototyping and simulation to small-batch and mass production, packaging and quality control for microfluidic diagnostic devices.
Microfluidic design and simulation
Design and computational performance simulation of microfluidic systems to optimize fluidic behavior before fabrication.
Assay development and biochemical protocol support
Project-based development of immunoassay protocols including antibody pairing, immobilization and multiplex workflows optimized for low-volume samples.
Expertise Areas
- Lab-on-a-chip and microfluidics
- Optical imaging and computational imaging (Fourier ptychography)
- Digital magnetic-bead immunoassays
- AI-driven image analysis and computer vision for cells
Key Technologies
- Lab-on-a-chip / microfluidic cartridges
- Fourier ptychographic microscopy
- Magnetic-bead digital immunoassays
- Image-based cell analysis (vision AI)