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TRUMPF, a global leader in laser technology, has expanded its scientific laser product offerings, providing advanced laser systems tailored for research, healthcare, semiconductor manufacturing, and industrial precision processing. The company's updated scientific laser portfolio includes a variety of technologies designed to meet specific needs across multiple industries. These lasers are built on different architectures, such as InnoSlab, fiber, gas, and disk lasers, ensuring highly flexible and customizable solutions for demanding scientific applications.
One of the standout products in TRUMPF’s scientific lineup is the Dira series, based on thin-disk laser technology, offers ultrafast pulse durations in the picosecond and femtosecond range. With pulse energies reaching up to 1 joule at kilohertz repetition rates, these lasers are designed for high-energy physics experiments and materials research where precision and power are critical.
Complementing the Dira Series, AMPHOS InnoSlab lasers provide high-power ultrashort pulses with output powers up to 1000 watts and pulse energies up to 20 millijoules. These lasers are optimized for a wide range of applications, from fundamental scientific studies to industrial microprocessing where ultrashort laser pulses are needed to minimize heat-affected zones.
In the infrared spectrum, Access Laser CO2 systems offer powerful light sources ideal for biomedical diagnostics, chemical identification through LiDAR, and the creation of metamaterials used in cutting-edge electronics. These lasers enable researchers to perform precise chemical analysis and fabricate components at micro and nanoscale levels.
For material processing that requires flexibility across various pulse lengths, TRUMPF’s TruMicro Series provides short and ultrashort pulse lasers. These lasers can perform tasks such as micro-cutting, drilling, surface ablation, and structuring, working efficiently across metals, polymers, and semiconductor materials.
By covering the full spectrum of ultrashort pulse technologies, high-power continuous-wave systems, and precision laser sources, TRUMPF’s enhanced portfolio aims to support both basic scientific research and practical industrial innovations. The new offerings provide critical tools for sectors advancing in quantum technologies, biomedical engineering, electronics manufacturing, and aerospace.
Click here to learn more about their short and ultrashort pulse lasers.
