Laser Wire Solutions built the Odyssey‑8 to deliver precise 360‑degree wire stripping where mechanical methods fell short. Its performance comes from the MKS Spectra‑Physics Explorer ...

Advances in Li ion battery electrode structuring continue to reshape what’s possible in next generation energy storage. From new manufacturing approaches to smarter ways of ...

How picosecond laser "burst-on-the-fly" drilling can solve one of advanced packaging’s toughest challenges – high speed drilling of sub-20 µm microvias ...

SiC and GaN are advancing power electronics and require updated laser‑marking methods. Our compact Spectra‑Physics^® Explorer^® One^™ ...

Longer‑wavelength ultrafast lasers are pushing the boundaries of multiphoton microscopy, allowing researchers to peer deeper into white matter and uncover how neurovascular changes ...

Low‑K dielectrics are critical to heterogeneous computing that powers AI, HPC, 5G, and autonomous vehicles, but their fragility creates major hurdles in wafer singulation, scribing, ...

App Note 76: The Explorer One HP HE 355-200 compact UV nanosecond laser delivers high‑contrast, low‑damage SiC and GaN marking for advanced semiconductor manufacturing.

App Note 75: The IceFyre^® FS IR200 femtosecond laser achieves exceptional polycrystalline diamond ablation by using burst-mode operation, which splits a high-energy ...

App Note 74: This application note compares UV nanosecond and IR femtosecond lasers for silicon carbide (SiC) ablation, addressing machining challenges in EV and power electronics ...

App Note 73: The application note explains that TOPCon solar cells are more efficient but use a lot of silver, which is costly and unsustainable.  It suggests using lasers ...

App Note 72: Laser machining copper with speed and quality can be challenging. This application note demonstrates how UV nanosecond pulse bursts achieve optimal results.

App Note 71: Silicon carbide is critical for e-mobility but is difficult to process. Here we demonstrate ps UV pulses and TimeShift^™technology combining for high-quality ...

App Note 70: Lithium-ion batteries are essential in industries like electronics, electric vehicles, and energy storage. Laser processing ensures high cutting speed and precise edge ...

App Note 69: When drilling flex PCB blind vias in copper/polyimide laminates, TimeShift^™pulse tailoring overcomes the challenge of processing dissimilar materials, achieving ...

App Note 68: Machining ceramics can be challenging, but a 70-Watt green nanosecond laser proves highly capable in meeting todays demanding quality and throughput requirements.

Laser contact opening (LCO) + plating delivers TOPCon solar cells with higher efficiency at lower cost – and ultrashort-pulse UV lasers are the key technology that makes LCO ...

App Note 67: A UV femtosecond laser with pulse-on-demand (POD) capability combines with high-speed galvos for position synchronized output (PSO) processing for high throughput and excellent ...

Lasers play a critical role in enabling the advanced electronic packaging that powers AI and high-performance computing. In our latest Tech Briefs article, we explore how to choose ...

App Note 66: With high power across a range of high repetition rates, green nanosecond pulsed lasers easily slice through flex PCB laminates for high-speed yet cost-effective profile ...

Hi-D Imaging uses MKS technology for optical hemodynamics measurements.