Ultrashort-pulse (USP) laser micromachining, once a scientific curiosity in the hands of just a few research laboratories, has become a thriving industrial element over the last 20 years. The industry's hesitation to embrace USP lasers has faded away as more and more end-users recognize the positive impacts of this material processing technique.
It is especially valid as devices become smaller and assume additional physical, electrical, chemical, biological, and optical complexity to fulfill the specifications of the medical, consumer electronics, industrial fabrication, and automotive industries.
Ultrashort-pulse laser micromachining would be much more broadly implemented as 5G unlocks an environment full of Internet of Things (IoT). This modern technology needs microscopic IoT gadgets whose design patterns require specialty-integrated, multi-functional solutions in the form of specific communication sensors.
In addition, advancement in automation technology includes automated, low-cost micromachining workstations that can improve operating workflow and thus maximize end-user efficiency for business considerations.
Innovations and Growth
Mechanical and electrical engineering design developments for monolithic devices are made possible by advanced mechanical and laser micromachining processes that enable sensor applications in wireless networking, smart clothes, smartphones, fitness trackers, and automobiles.
Application in the automobile and transport industries propels the IoT sensor industry. This field is continuously heading into an autonomous age, thanks to recent business partnerships and joint projects between automotive companies, app developers, cyber protection vendors, chipmakers, and system integrators.
Ultimately, the IoT sensor market is expected to rise from $9.6 billion in 2018 to $34.4 billion in 2024, with a CAGR of 24.05 percent in the estimated period 2019-2024. Such an increase in demand for IoT sensors would result in USP laser micromachining targeting higher-level applications for 3D structuring, hole drilling, cutting, milling, and surface structuring.
About Laserod
Picosecond laser micromachining and femtosecond micromachining allows Laserod to achieve various processes, such as cutting, drilling, and turning in just about any material. Whether you are searching for laser cutting services or products, Laserod has decades of experience in customizing laser solutions.
We are dedicated to offering outstanding micromachining services to different sectors, such as telecommunication, aerospace, microelectronics, touchscreen producers, medical, transducer sensors, and many more. Call Laserod Technologies at 1-310-340-1343 / 1-888-991-9916 for projects and queries.
