Welcome to the solutions page for PixelAssay, where we explore how our SDK is transforming the field of diagnostics. PixelAssay turns smartphones into portable diagnostic labs, making high-quality health diagnostics accessible to everyone, from healthcare professionals to home users.
PixelAssay is being integrated into medical diagnostics applications to allow healthcare professionals to conduct rapid and accurate IVD test strip analyses. Whether it's for cholesterol, glucose, or other biomarkers, PixelAssay brings lab-level diagnostics to clinics and hospitals, reducing wait times and enhancing patient care.
PixelAssay offers a solution for home health monitoring, enabling individuals to perform diagnostic tests on their own. Users can easily monitor health markers such as blood glucose and cholesterol, empowering them to take an active role in managing their health. This technology supports preventive healthcare by allowing early detection and regular monitoring.
PixelAssay is also ideal for researchers conducting field studies or on-site diagnostics. With portable, smartphone-based diagnostic capabilities, researchers can collect real-time data and gather insights in remote areas without needing access to a laboratory. This versatility makes PixelAssay an invaluable tool for health studies and diagnostics in challenging environments.
A notable product developed using PixelAssay is the UA 1400 Multi-Strip Analyzer. This device is capable of analyzing multiple test strips for various urine parameters. Equipped with AI technology, the UA 1400 offers fast processing, reading up to 720 tests per hour, and is designed to be used in laboratories, community clinics, and diagnostic centers. It provides accurate, efficient diagnostics with ease of use, making it ideal for high-throughput environments.
Capable of reading up to 720 tests per hour, allowing
for rapid processing of
urine samples.
Supports Internet connectivity for remote monitoring, after-sales
service,
and
performance evaluation.
Uses AI-driven algorithms to provide accurate detection and
analysis of
parameters such as pH, glucose, protein, ketones, and more.
Equipped with a user-friendly touch screen interface and
customizable
software for automatic reporting and result management.
Another innovative solution using PixelAssay is the Home Disease Test Kit. This product allows users to perform urine tests at home using their smartphone, providing accurate diagnostics without visiting a laboratory. The test kit leverages AI to analyze test strips through smartphone cameras, ensuring fast, reliable results for users.
Conduct tests at home without the need to visit a lab.
Provides immediate results and allows users to compare
current and past
results, helping track health trends over time.
Utilizes AI technology to accurately assess urine parameters
such as pH,
glucose, protein, and more.
Suitable for a wide range of users, including the elderly, individuals in remote areas, and those with chronic conditions needing regular monitoring.
Brings diagnostic capabilities to users' fingertips, whether at home, in a clinic, or in a community kiosk.
Provides reliable and accurate health metrics that aid healthcare providers and individuals in making informed decisions.
Supports researchers by enabling them to conduct diagnostics in the field, collecting valuable data on-site.
Devices like the UA 1400 Multi-Strip Analyzer and Smart phone based strip analysis offer scalable solutions for healthcare facilities and underserved communities, providing accurate diagnostics without the need for a full laboratory.
PixelAssay is revolutionizing diagnostics by providing innovative solutions for medical, home, and research-based applications. By integrating PixelAssay, healthcare providers, developers, and researchers can create impactful applications that deliver accessible and reliable health diagnostics to all.
Are you interested in developing a diagnostic solution using PixelAssay? Contact us today to learn how our SDK can help you create powerful healthcare applications and contribute to better health outcomes.