Embedded industrial all-in-one machines and external embedded industrial all-in-one machines are two common installation methods, and they have some differences and characteristics in installation methods, features, and application scenarios:
Installation method: The embedded all-in-one machine is embedded inside the device or machine, integrated with the structure of the device, usually using customized design and installation methods, and tightly integrated with the device.
External embedded all-in-one machines are relatively independent and can be installed on the outside or surface of the equipment as an independent unit. They can be fixed and installed through brackets, brackets, etc.
Features: Embedded all-in-one machines focus more on compact and integrated design, minimizing space occupation, and usually have high dust, shock, and anti-interference capabilities, adapting to harsh industrial environments.
External embedded all-in-one machines pay more attention to easy installation and maintenance, usually with larger display screens and more interfaces, making it convenient for users to operate and connect other devices.
Application scenario: Embedded all-in-one machines are mainly used in embedded devices and machines, such as industrial control systems, automation equipment, machine tools, etc. They need to be closely integrated with the equipment to provide reliable control and monitoring functions.
External embedded all-in-one machines are suitable for scenarios that require independent display and operation interfaces, such as self-service terminals, information display screens, industrial monitoring systems, etc. They can serve as independent display and operation units, providing users with intuitive interfaces and user-friendly operating experiences.