Established in 1978, Hope Automation and its 100+ employees strive for business continuality through improvement and innovation in alignment with clients’ requirements.
Hope specializes in R&D of automation control systems (ACS) and focuses on the design of user-oriented, intuitive operation modes as well as user specific control systems.
We aim to realize the full potential of machines and enhance the competitiveness of Taiwanese machinery.
Our ACS solutions span across machines of several industries, including plastic and rubber, woodworking, metal machining, and printing.
Our core control technology competencies include electronic cams, phase synchronization, multi-axis synchronization, positioning, tension control, etc. These technologies improve precision and production
MES is a smart control system for mechatronics integration with complete motion control module integration, scalability, and flexibility for mechanics of versatile industries.
Bi-directional parallel communication allows fast access to data for processing and serial EEPROM memory IC can store all parameters in a non-volatile way.
Welcome to the new world! Industry 4.0 refers to the 4th industrial revolution.
Industry 4.0 has propelled a rapid transformation for the industry by combining virtual IT world with industrial machinery. The focus of this revolution is to integrate all aspects of the industry through information technology.
In fact, Industry 4.0 represents a new direction for future development. Forward-looking enterprises with expertise are able to rapidly integrate their products, providing inspiring opportunities.
Enhancing machinery contributions to human life.
Encouraging mechanical manufacturers to engage in continuous development of innovative products.
We've entered an agreement with the German professional servo manufacturer Bosch Rexroth to offer electronic control integration services in Taiwan.
The modularization of mechanical engineering functions – accelerate TTM and improve machine stability Electronic cam shape design and dynamic switching allows for switching motion curves in a cycle to seamlessly connect machine motions