RPMC Lasers Blog

Despite the James Webb being in place and set to start observations this summer, Hubble is still going strong. The nearly 3… Read More

Despite the James Webb being in place and set to start observations this summer, Hubble is still going strong. The nearly 3… Read More

Despite the James Webb being in place and set to start observations this summer, Hubble is still going strong. The nearly 3… Read More

Despite the James Webb being in place and set to start observations this summer, Hubble is still going strong. The nearly 3… Read More

Despite the James Webb being in place and set to start observations this summer, Hubble is still going strong. The nearly 3… Read More

With the discontinuation of the Coherent Helios laser, some people find themselves having to source a replacement laser before production is stalled. RPMC is here to help alleviate your frustration when trying to source a suitable replacement… Read More

Environmental sensors are a step closer to simultaneously sniffing out multiple gases that could indicate disease or pollution, thanks to a Penn State coll… Read More

Despite the James Webb being in place and set to start observations this summer, Hubble is still going strong. The nearly 3… Read More

Historically, Helium-Neon (HeNe) lasers were often the first choice for precision instrumentation, measurement setups and some spectroscopy applications. It was invented in 1960 and technologically it was one of the first lasers with extraordinary good parameters. The mechanical and optical design is quite simple (apart from sophisticated glasswork to make the tube itself) but the gas lasing medium and overall construction provide some intrinsic advantages. But also a number of disadv… Read More

Two-photon microscopy has become a key fluorescent imaging technique that enables in-vivo, non-invasive 3-dimensional imaging with sub-micron resolution in volume. Challenged by the wider variety of applications particularly in the field of neuroscience, two-photon microscopy has led to the conception of systems using new excitation techniques and innovative lase… Read More

Combat zones can be extremely chaotic. With a massive influx of sensory input, implementing clear communication, rugged tools, and reliable instrumentation is key to a successful mission. One of the most challenging tasks in any aerial combat situation is determining which assets on the ground to target and which ones to avoid. This determination is particularly challenging when enemy assets are camouflaged or hidden amongst civili… Read More

Research at Lund University in Sweden has found a new way to create nano-sized magnetic particles using ultrafast laser li… Read More

Laser alignment can be a challenging task, but aligning a laser beam doesn’t have to be as complicated as it might seem with the right tools and proper techniques. Multiple tried-and-true methods have been developed over the years, utilized by technicians and engineers to simplify the alignment process. With the development of these methods, along with some tips and tricks, you don’t need to be a laser expert to perform your alignments with relative ease, ensuring your laser path is right where you want it to be and your beam is on target e… Read More

Microchip laser technology is a perfect option for various LIDAR-based applications, as well as LIBS, spectroscopy, micromachining, and more. Microchip lasers are typically compact and lightweight, allowing for easier and more efficient integration in airborne and portable, handheld applications, and the laser characteristics are in line with LIDAR requirements for collecting … Read More

HB11 is approaching nuclear fusion from an entirely new angle, using high power, high precision lasers instead of hundred-mill… Read More

Industrial laser induced breakdown spectroscopy typically involves the elemental analysis of various metals. In our previous application note titled “Laser Induced Breakdown Spectroscopy (LIBS) in Biomedical Applications,” we discussed the fundamentals of the technique, emphasizing the use of q-switched diode-pumped solid-state lasers as the excitation source. In this blog post, we are going to explore the possibility of utilizing nanosecond pulsed fiber lasers as the excitation source. We will also discuss the pros and cons of that approach, specifically for the characterization of metals and metal… Read More

In most circumstances, disordered working conditions prevent us from performing accurate work. But in a reversal of this common wisdom, a team of researchers from the University of Adelaide and the University of St Andrews, Scotland has achieved recent breakthroughs in precision measurement by “scrambling” la… Read More

Driving a vehicle at night or during foggy conditions can be tricky and dangerous, where poor visibility can cause undue stress or even an accident. These conditions make it more difficult to see upcoming potential obstacles, especially if that obstacle is a deer in a field or a pedestrian in dark clothing at night. However, thanks to newer, more efficient, and cost-effective advancements, we could see more widespread deployment of LIDAR-based automotive detection and warning… Read More

Q-switching is the most effective method for producing high energy pulsed lasers.  While there are many different varieties of a q-switch, they all follow the same basic operating principle.  Q-switches temporarily increase the cavity losses so that the gain threshold is artificially high preventing the laser from emitting light.  This process allows the population inversion inside of the gain medium to grow until it becomes fully sa… Read More

A new photonic effect in semiconducting helical particles with nanoscale dimensions has been discovered by an international team of scientists led by researchers at the University of Bath. The observed effect has the potential to accelerate the discovery and development of life-saving medicines and photonic tec… Read More

Interferometry is one of the most widely used precision measurement techniques known to humankind. The precision provided by interferometers has enabled countless scientific discoveries and breakthroughs. These discoveries range from the Michelson and Morley Experiment in 1887, which led to the discovery that electromagnetic waves could propagate through the vacuum of space without needing an “aether” to detecting gravitational waves in 2015 by the Laser Interferometer Gravitational-Wave Observato… Read More

The ISB (Integrated Spectral Bench) exhibits excellent wavelength stability, high power, low-intensity noise, low coherence, and significantly large bandwidth. The Luxmux Low DoP series of all-semiconductor optical sources has a wide selection of wavelengths that can be offered singularly or combined, covering the entire range of telecom spectral bands (O to U). The… Read More

In the search for a more cost-effective, efficient, and agile defense against increasingly modernized threats, such as armed unmanned aerial vehicles (UAVs), or drones, the US Navy has turned to directed-energy weapons (DEWs). The USS Portland, equipped with a laser weapon system, is the latest example of modern, cost-effective threat mitigation, effectively demonstrating the ability to destroy both a floating target and a drone in fiel… Read More

A thin disk laser is a type of diode-pumped solid-state (DPSS) laser technology in which the gain medium is comprised of a thin disk of typically Yb:YAG crystal. The invention of the thin disk laser came in 1991 through collaboration between the German Aerospace Center and a group at the University of … Read More

RPMC Lasers Inc, the leading laser distributor in North America, is excited to announce an exclusive distribution agreement with Dausinger + Giesen, allowing us to now offer their Thin-Disk Lasers and Thin-Disk Components. D + G provides leading edge thin disk laser components, such as thin disk gain media, thin disk pump modules, Pockels cells, and high-power opto… Read More