Industry Service

Fortuna has won widespread attention with its precision in product quality and application of modern technology, winning the trust of customers in the automotive industry who have been working with us and becoming their preferred partner for metal forming....

With the continuous innovation of science and technology, the iterative update speed of consumer electronic products has accelerated. At the same time, people's consumption...

With global climate warming, people are gradually realizing the importance of environmental protection. At the same time, the rapid economic development has intensified...

Fortuna provides stamping parts and CNC turning parts for data security and intelligent communication equipment,With the widespread adoption of 5G and the advent of the Internet of Everything, the communications industry is poised for explosive growth. Customized precision metal components will evolve from being mere "general-purpose components" to becoming key functional components that determine equipment performance, reliability, and cost. Customized metal parts are primarily used in the communications industry in three key sectors: mobile terminals, communications infrastructure, and consumer communications products. Future development trends favor precision, intelligence, integration, and environmental friendliness.

Future robots will rapidly evolve toward greater intelligence, broader applications, tighter human-robot collaboration, and more diverse forms. This trend places extremely high demands on the precision metal components that constitute the robot's "body": higher precision, stronger reliability, and more complex integration. Simultaneously, the need for high-precision, reliable components for AI robots is growing daily. As a precision metal stamping expert with over 20 years of experience, Fortuna is dedicated to providing the crucial precision foundation for innovation. We supply core metal components for various robotic applications, ensuring the reliability and accuracy of intelligent movement.

The core essence of a sensor is signal conversion. It senses target information through directly measurable components and, through conversion elements, converts non-electrical signals into processable electrical signals for the system. This signal is ultimately output to a controller (such as a micro-controller or PLC) or terminal device. From precise control in industrial automation to intelligent interaction in consumer electronics to real-time monitoring in healthcare, sensors have become core infrastructure driving the digitalization and intelligentization of various industries.