Our latest building block Medical Box PC is specifically designed to accelerate Medical focused OEMs time to market while significantly reducing costs to medical safety and EMC certifications. Our MAB-T600 series building block is medically certified (IEC/EN 60601/62368) to offer a robust and reliable foundation for your medical PC based products and applications, allowing you to focus on innovation while we handle the compliance complexities, costs, and time commitments.
Our Medical Box PCs are IEC/EN 60601/62368 certified, ensuring that your products meet the highest medical safety requirements from the start.
Developing and certifying medical systems independently can be both costly, time-consuming, and financially risky. BCM’s pre-certified Medical Box PCs help you save on certification costs and mitigate ROI concerns, allowing for more efficient resource allocation.
By utilizing our pre-certified building block systems, you can significantly reduce development and certification timelines. This means you can bring your medical devices to the market faster, gaining a competitive edge in the rapidly evolving healthcare industry.
Our Medical Box PC systems are built on BCM’s latest 14th Gen Intel Core processor platform, including the RX610H (value-optimized) and RX680R (performance-optimized) models. These platforms deliver exceptional performance and reliability, ensuring that your medical applications operate smoothly and efficiently.
Featuring a secure locking mechanism, the smart slide-open top cover ensures the top remains firmly in place until released, providing easy access to internal components for quick maintenance and upgrades. This design combines security with user convenience.
Accommodates up to 2 x 2.5" SATAIII HDD/SSD drives or 2 x 3.5" SATAIII HDD/SSD drives (optional) for flexible storage configurations, ensuring ample space for various storage needs.
Streamlines laboratory workflows by automating data analysis, sample processing, and equipment control, ensuring accuracy and efficiency in high-throughput environments.
Powers advanced robotic systems used in diagnostics, and patient care, leveraging AI to enhance precision and reduce human error.
Supports imaging equipment like MRI, CT, and ultrasound devices, delivering high-performance processing for real-time image analysis and diagnostics.
Enables personalized treatment plans by analyzing large datasets, including genomic information, to tailor therapies specific to each patient's needs.
Utilizes data from patient monitoring systems and electronic health records to predict patient outcomes and optimize resource allocation, improving overall healthcare delivery.
Manages systems that automate the production and packaging of medications, ensuring precision and compliance with regulatory standards.
Facilitates remote patient monitoring and video consultations with reliable computing performance, enhancing access to healthcare in remote areas.
Supports devices for analyzing blood, tissue, and other samples, ensuring rapid and accurate test results in clinical environments.
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