Onyx MATE2-2410 I5 AC 24" Medical Aio

Onyx MATE2-2410 I5 AC 24" Medical Aio

PPC.i5-9500TE.24.AC 100~240V.PCT - i7 & RFID model available - contact sales

Specifications

Onyx MATE2-2410 i5 AC 24" Medical AIO: The Ideal Solution for Modern Healthcare Environments

The Onyx MATE2-2410 i5 AC 24" Medical AIO is a cutting-edge all-in-one (AIO) solution tailored to the needs of healthcare professionals. With a large 24-inch Full HD touchscreen, Intel Core i5 processor, and powerful AC power system, this medical-grade AIO offers outstanding performance, reliability, and flexibility in healthcare settings. Whether in hospitals, clinics, or medical offices, the Onyx MATE2-2410 is designed to improve workflows, enhance patient care, and support healthcare professionals in delivering efficient and accurate services.

Key Features of the Onyx MATE2-2410 i5 AC 24" Medical AIO

• 24" Full HD Touchscreen: The Onyx MATE2-2410 features an impressive 24-inch Full HD touchscreen that provides a larger workspace for displaying patient data, medical imaging, and diagnostic results. Its high-definition resolution ensures crisp, clear visuals for enhanced accuracy and ease of use.
  
• Intel Core i5 Processor: Equipped with a powerful Intel Core i5 processor, the Onyx MATE2-2410 delivers fast and efficient performance. Whether you're managing patient records, running diagnostic software, or handling imaging tools, this AIO ensures smooth and rapid processing.
  
• AC Power Supply: The Onyx MATE2-2410 operates with an AC power system, ensuring a constant, stable source of power. This is ideal for fixed healthcare settings, such as hospitals or clinics, where reliable and continuous operation is essential.
  
• Medical-Grade Design: Built to meet healthcare standards, the Onyx MATE2-2410 features medical-grade construction with anti-bacterial surfaces, ensuring that it can be easily disinfected and maintained in demanding healthcare environments.
  
• Wide Connectivity Options: The Onyx MATE2-2410 includes multiple I/O ports such as USB, HDMI, and Ethernet, allowing seamless integration with other medical devices, imaging systems, and hospital networks. This facilitates efficient data sharing and enhances healthcare workflows.
  
• Space-Saving All-in-One Design: The AIO design eliminates the need for separate components, such as a CPU and external monitor, saving valuable space in medical offices, patient rooms, or clinics. The space-saving design ensures that the system is both functional and aesthetically appealing.
  
• Ergonomic and User-Friendly: The Onyx MATE2-2410 is designed for ease of use, featuring an intuitive touchscreen interface and ergonomic features. It ensures comfort during prolonged use, allowing healthcare professionals to work efficiently without strain.
  

Benefits of the Onyx MATE2-2410 i5 AC 24" Medical AIO

• Increased Efficiency: The large 24-inch touchscreen and powerful Intel Core i5 processor allow healthcare professionals to access patient data, diagnostic tools, and medical records with ease. This speeds up workflows, reduces waiting times, and increases overall operational efficiency.
  
• Enhanced Patient Care: With easy access to real-time patient information, healthcare professionals can make faster, more informed decisions. This results in better patient care, quicker diagnoses, and improved treatment outcomes.
  
• Seamless Integration with Medical Devices: The wide connectivity options ensure that the Onyx MATE2-2410 can seamlessly integrate with a range of medical equipment and hospital systems. This promotes data sharing and enhances collaboration among healthcare teams.
  
• Hygienic and Safe: The medical-grade construction and anti-bacterial surface of the Onyx MATE2-2410 make it easy to clean and disinfect, ensuring a hygienic environment for both patients and staff. The design helps reduce the risk of cross-contamination in healthcare settings.
  
• Space-Saving Design: The all-in-one design reduces clutter in healthcare environments by eliminating the need for separate computers, monitors, and cables. This compact solution is ideal for space-limited medical offices, patient rooms, and clinics.
  
• Reliable and Durable: Built to withstand the demands of healthcare environments, the Onyx MATE2-2410 is designed for long-term use. Its robust performance and durability make it a reliable choice for busy healthcare settings.
  

Why Choose the Onyx MATE2-2410 i5 AC 24" Medical AIO?

The Onyx MATE2-2410 i5 AC 24" Medical AIO offers healthcare professionals in New Zealand a versatile and reliable solution for managing patient records, medical imaging, and diagnostic tools. With its large 24-inch display, healthcare professionals can work efficiently, view detailed patient data, and access imaging results with clarity and precision.

The Intel Core i5 processor ensures that the device can handle demanding medical applications, and the AC power supply ensures continuous and stable performance in fixed healthcare settings. Its medical-grade design ensures hygiene and ease of maintenance, while its space-saving all-in-one design makes it an ideal solution for crowded medical environments.

Whether you're working in a hospital, clinic, or medical office, the Onyx MATE2-2410 i5 AC 24" Medical AIO enhances workflow, improves patient care, and ensures a smooth, efficient, and hygienic healthcare environment.

Conclusion: The Future of Healthcare Computing

The Onyx MATE2-2410 i5 AC 24" Medical AIO is an essential tool for healthcare providers in New Zealand. Its large, high-definition touchscreen, powerful Intel Core i5 processor, and medical-grade design make it ideal for modern healthcare environments. Whether used for managing patient data, diagnostic imaging, or real-time decision-making, the Onyx MATE2-2410 offers exceptional performance and reliability.

Its sleek, space-saving all-in-one design, seamless integration with medical devices, and hygienic features make it a standout choice for healthcare professionals who need a powerful, flexible, and user-friendly system to improve patient care and enhance operational efficiency.