Medical Equipment Control Touch Screen Computer

Medical device control touch screen computer is an integrated computing terminal specially designed for medical environment. On the basis of meeting industrial reliability, it follows a series of strict standards, such as medical electrical safety, electromagnetic compatibility and health protection. Its core positioning is human-computer interaction interface, which acts as medical equipment (HMI) and clinical data terminal.

Core feature: design for medical compliance and hygiene

Different from general industrial touch screen computers, the design of medical device control touch screen computers focuses on patient safety, infection control and clinical usability.

Medical electrical safety certification

This is the most basic boundary between the medical model and the general industrial model. The goods need to pass IEC/EN 60601-1 (basic safety and basic performance) IEC 60601-1-2 (electromagnetic compatibility) certification. The former strictly controls electrical safety indicators such as leakage current and dielectric strength, and requires interface design isolation to avoid electric shock of patients; The latter ensures that the system will not cause interference signals when approaching other medical electronic products. Some models for home or out of hospital scenarios also need to meet the requirements of IEC 60601-1-11.

Antimicrobial and easy to clean design

Cross infection control in the medical environment is an arduous demand. Typical designs include: selecting antibacterial coating or antibacterial plastic shell to inhibit the propagation of microorganisms on the surface of the fuselage; IP65 protection level of the front panel supports direct cleaning of wipes, sprays or liquids without affecting internal parts; Select the glass design from the full plane edge to the edge, clear the gap and dust blind area, and simplify the daily disinfection process.

Improved touch and availability

In medical scenarios, operators often wear gloves, so the touch screen needs to support wearing gloves. After testing, some products can maintain touch accuracy under multi-layer gloves. The interface design also needs to cooperate with IEC 62366-1. In order to reduce the operational risk in clinical use, usability engineering standards have been optimized in terms of contact area size, operational feedback, and prevention of accidental contact.

No fan and low noise

ICU、 The operating room and other environments are sensitive to noise while removing equipment fault points. The fanless passive cooling design also ensures a quiet operating environment.

Typical application fields

Operating room and intensive care

In the digital operating room, the touch screen computer, as a centralized control terminal, realizes the unified management and signal switching of lighting, tower, operating table, video and anesthesia equipment in the operating room through touch operation. In the radiation isolation control room, the anesthesiologist can view and control the vital signs and anesthesia information of the operating room in real time through a separate touch screen terminal. In ICU, medical touch computer is used for real-time access to patient monitoring data and operation of PDMS (patient data management system).

Mobile care and rounds

The medical touch computer is integrated on the mobile nursing trolley, which supports nurses to immediately check physiological data, test reports and medication records during ward rounds, reducing the time to and from the nursing station and reducing the risk of human negligence. This kind of equipment usually needs to be portable, fanless, and support multi-point touch operation and wear gloves.

Medical Imaging and Diagnosis

The medical touch screen computer with X86 architecture can be seamlessly integrated into ultrasound.