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Market OverviewThe Egypt Medical Devices Market focuses on diagnostic, therapeutic, and monitoring devices used in hospitals, clinics, diagnostic labs, and specialized healthcare centers. Key products include imaging equipment, surgical instruments, cardiovascular devices, orthopedic implants, and laboratory diagnostics. Rising population, healthcare infrastructure development, and demand for advanced medical technologies drive market growth.

Market DriversDrivers include government investment in healthcare modernization, increasing chronic disease prevalence, and rising private sector participation in healthcare services. Expansion of diagnostic and surgical services, coupled with increasing patient awareness and medical tourism, further supports market growth. Technological advancements in medical devices, digital healthcare, and telemedicine enhance adoption.

Market Trends and OpportunitiesTrends include portable and connected medical devices, telehealth integration, AI-assisted diagnostics, and local manufacturing initiatives. Opportunities exist in rural healthcare, hospital expansion projects, and private clinics seeking advanced technologies. Training programs for medical professionals ensure proper utilization and patient safety.

ChallengesChallenges include regulatory barriers, high import dependency,…

Hello guys this Hrishikesha

I have made an app in MIT App Inventor called

SHAKE ME NOT APP

And here is the Code

This is Hrishikesha

FROM Youngovator

Hey everyone!! 😀

Vishwa here again..... I made a "DICE APP" in MIT app inventor

This project can also be used when you are playing board games

Enjoy ;)

https://ai2.appinventor.mit.edu/#6106150078578688

Hello guys. My name is Lavya Gaonshindhe, and I study in class 7th. Today I have made an Electronic Piano. It works with the help of an Arduino UNO board. When we press a button, the Arduino board gets a signal and plays the buzzer at varying notes(in this case, C2, A3, B4, D5 and E6, so 5 push-buttons).

Here is a picture of the following:

(Sorry for bad resolution ;D)

Hello guys. My name is Lavya Gaonshindhe, and I study in class 7th. Today I have made an Automatic Door Opener. It uses an Arduino UNO board. The Arduino board takes a signal from the Ultrasonic distance sensor. Then, it controls a servo motor which will be attached to the door in such a way that, when the motor spins, the door opens.

Here is a picture of the following: