IPG Photonics has developed a range of green, infrared, and mid-IR high speed fibre and fiber-to-bulk hybrid lasers operating in the pico and femtosecond regimes, making them ideal for scientific and medical research.
Ultrashort pulse durations between 10-11 and 10-13 seconds are generated by a master oscillator/ fibre power amplifier (MOFPA) architecture, and are particularly well suited for generating pulse energies from several microjoules to about 1 mJ with repetition rates from 10 kHz to 3 MHz.
Elliot Scientific offers these pulsed lasers at various wavelengths, from UV to Mid-IR, allowing researchers to perform many different experiments. Material process engineering , such as flat panel displays; thin films; and semiconductor processing, can also benefit.
- Wide selection of wavelengths
- Pulse energy is independent of PRR
- Average power from 1 to 100 W
- Pulse energy is independent of average power
- PRR from 10 kHz to 3 MHz
- Constant beam mode quality
- Excellent pointing stability
- Compact and efficient
For more information, please contact us.
IPG Photonics makes a number of fibre laser systems available specifically to the research community.
CW Green Fibre Lasers
A variety of science and medical research applications can benefit from a green laser and IPG’s GLR series of single-mode, single-frequency, linearly polarised continuous wave (CW) 532 nm fibre lasers with output powers up to 30 W are ideal for these purposes.
These highly efficient and reliable lasers feature a super-compact lightweight optical head connected to an air-cooled rack-mounted main laser console. The all-fibre construction allows for full range adjustment of output power without changes in power stability or beam mode parameters.
For more information about these or other lasers IPG offers through Elliot Scientific, please contact us.
With the news of multiple high-profile incidents involving laser pens being pointed at passenger aircraft; Elliot Scientific welcomes the recent addition of four more CE-certified laser filters and several new stylish frames to our existing NoIR LaserShields® range. The filters are:
AG4 – blocks UV and 532 nm green light sources
YG5 – blocks IR lasers operating around 1064 nm
Eyes can be permanently damaged by direct or reflected exposure to lasers, high-power LEDs and plasmas – arc welding for example.
NoIR safety eyewear is designed to absorb specific light energies, and must be selected by considering source wavelength(s) and peak irradiance, required optical density (OD), visual light transmittance, field of view, effects on natural colour rendition and frame comfort.
A number of frame styles are now also available in white, while an extra small model has been introduced for petite faces, adolescents and pre-teens. This will allow paediatric, medical and dental services involving laser treatments to offer better eye protection for children.
Your eyesight is important! Please contact us if you work with, or might be affected by, lasers or any other intense light source.
Retinal injury occurs from exposure to visible, such as the possible Blue Light Hazard effect, or near IR energy (400-1400 nm), while corneal or lens damage results from UV (190-400 nm) and IR (1400-11000 nm) exposure.
Micro Laser Systems (µLS) has introduced a high stability green diode laser with diffraction limited performance for more demanding applications. These include: confocal microscopy, flow cytometry, fluorescence excitation, particle analysis, direct laser writing and metrology.
This new laser in the Lepton IV OEM series delivers a circular Gaussian beam with high output stability, has a low power requirement, and is built into a smaller package size when compared to typical Argon and diode pumped lasers. Output power is up to 40 mW and can be continuous wave, pulsed, or modulated, while the low wavefront error allows for the generation of micron and sub-micron spots sizes, or the production of a large clean beam for illumination.
The OEM units are available with or without temperature control – depending on your application – and are provided with numerous threaded mounting holes for secure installation.
Cyto-Lite™ is an exciting new laser illumination source, from Mad City Labs for life science and other researchers, that outputs three colours through a single fibre. The key wavelengths are:
- 405 nm
- 532 nm
- 640 nm
The characteristics of each laser line can be controlled independently via the Cyto-Lite™ software’s streamlined user interface, making it a very flexible instrument for use in bioscience facilities and academic research laboratories.
As laser attacks on aircraft are doubling each year worldwide, with helicopter and civilian pilots at a higher risk, Elliot Scientific is introducing Sperian’s Laser–Gard® aviator eyewear to offer more protection than high-end designer sunglasses selling at the same price point.
Available in a choice of truly affordable frame styles, featuring multiple adjustments for comfort, the patented lenses are available in two versions to ensure that pilots and law enforcement personnel are protected around the clock:
- Soothing bronze coloured sunglass tint for the day
- Unique salmon coloured lens that provides excellent night time vision
Laser-Gard® combines laser protection with traffic signal colour-recognition and unparalleled comfort, making it possible for anyone exposed to these lasers to do their job safely and effectively.