With the day to day priorities consuming our time, as it flies by, we already approach the end of Q1/2024. Time to review Q1 and look ahead of what Q2 will bring.
As per tradition, during the Photonics West show in San Francisco, the newest developments have been introduced to the market. Ground breaking developments that are often only limited by the imagination of its users. That is, if the users are aware of its existence.
To spread this awareness your TLS- team has been present at the NWO physics in Veldhoven and will be out on the road visiting you.
Interested in a visit? Just reply to this mail and one of us will reach out to you, to set things up. For now, let’s take a short break, sit back, relax and read what is new in the world of photonics.
The Skylark 320 laser offers C-DPSS CW single frequency UV operation, delivering up to 200 mW output power, outstanding spectral properties, ultra-stable output, and extremely low noise from a compact footprint and a versatile software package — making it suitable for system integration and a wide range of demanding applications
NeoSpectra scanners are portable and handheld spectral sensing devices based on FT-IR spectroscopy which can be used in a wide variety of material sensing applications. In NeoSpectra, all the optical and mechanical components are integrated on single MEMS chip, enabling FT-IR functionality on a chip scale. The monolithic integration is enbaled by using Si-Ware Systems’ proprietary Silicon integrated Micro Optical Systems Technology (SiMOST) platform.
The scanners incorporate NeoSpectra-Micro sensor technology into a rugged and portable hand-held scanner design that enables the development of in-field material analysis applications in various industries. Since the NeoSpectra-Scanner covers a very broad NIR spectral range from 1350 nm – 2500 nm, the best possible characterization of the measured material is guaranteed. The large measuring spot allows an optimal measurement of even inhomogeneous samples. The NeoSpectra scanner comes hardware and software ready for unique application development.
With IP65 classification, user-friendly and ergonomic design, and the ability to perform up to 1000 measurements on one battery charge, the NeoSpectra-Scanner is the perfect solution for quality control and other mobile measurements, even in harsh environments.
Your old microscope camera is defective? It is still worth cash money!
Replace your old microscope camera with a JENOPTIK GRYPHAX® camera and continue using your microscope instead of replacing the complete system including accessories. This is ecologically sustainable and minimizes your replacement investment.
Your old camera does not run on WIN 10 anymore? WIN 7 is not secure enough for you?
Time for an upgrade! Bring your equipment up to scratch and exchange your old microscope camera for a WINDOWS 10-compatible JENOPTIK GRYPHAX® camera. Make your system fit, secure and compatible for innovative software features.
The performance of your old camera no longer matches your daily challenges?
Time for an upgrade! The JENOPTIK GRYPHAX® software is constantly being optimized and enhanced with modern features. The growing number of third-party software options is also constantly opening up new possibilities and areas of application for you. Switch to the innovative world of our new JENOPTIK GRYPHAX® series and get 20% price advantage for NAOS, KAPELLA, PROKYON, RIGEL or POLARIS camera!
With one of these 3 reasons you qualify for a 20% discount on the sales price of NAOS, KAPELLA, PROKYON, RIGEL or POLARIS camera.
Quartus’ OptiQuiver Instrument Combines High Dynamic Range Wavefront Sensing with the Precision Angular Measurement and Internal Reference Source of an Electronic Autocollimator
• OptiQuiver’s architecture simplifies optical systems which otherwise would require both electronic autocollimators and wavefront sensors • Compatible with both coherent laser light and broad spectral width sources and injected beams • Compact size and provided carry-on compliant travel case allow for remote inspections and easy transportation • Large clear aperture and internal light source allow for inspection of reflective samples with no additional condensing optics or calibrations • Integrated λ/10 reference mirror into kinematic lens cap for calibration audit capability in the field • 3 Channels of on-board temperature measurement and integrated compensation for reliable results of a variety of environmental conditions with stability indicators • Scalable and configurable architecture can be tailored to specific applications with options for aperture size, internal source wavelength and effective focal length
Ultrafast pulse picking systems are tailored for operation with femtosecond lasers. Our pulse picking systems can be synchronized with lasers generating pulse train with max 100 MHz repetition rate, for single pulse picking task. When the system is synchronized with the laser operation then pulse picker can select single pulses (or work at programmable burst modes) at up to 2 MHz rate.
Digital synchronization and delay pulse generator pMaster 4.2 synchronizes pulse picker with laser operation and triggers it to launch λ/4 or λ/2 operation of Pockels cell. Laser pulses with switched polarization are redirected from the train using high laser induced damage threshold thin film laser polarizers, which can also be provided by EKSMA Optics.
Ultrafast Pulse Picker UP2
Femtosecond pulses can be picked from the train at up to 1 MHz rate using pulse picker UP2 and digital synchronization and delay pulse generator – pMaster 4.2.
Pulse Picker MP1
MP1 is able to select pulses at up to 1 MHz rate. In setup with pMaster 4.2 timing generator, MP1 can be synchronized with a laser generating pulse train with max 60 MHz repetition rate for single pulse picking.
Ultrafast Pulse Picker UP1 << S A L E >>
Take advantage of the Stock clearance sale! Eksam Optics earlier technology Pulse Picker UP1 + digital synchronization and delay pulse generator pMaster 4.0H kit is on sale.
New laser energy detector with 195 mm aperture for measuring extra-large beams.
The new QE195LP-S-MB features an effective aperture of 195 mm. This new model of pyroelectric laser energy detector of the QE series is now the largest in the series and can measure every pulse at up to 200 Hz and up to 700 J. With a noise level as low as 0.1 mJ, this detector can be useful in a wide range of experiments.
Gentec-EO also recently added a 145 mm aperture model to the series that can measure up to 385 J.
These new measurement instruments were designed to meet the needs of laser scientists and engineers in industries such as high-energy laser science, advanced materials research and processing, energy production, and fusion research.
With these new solutions, Gentec Electro-Optics reaffirms its commitment to supporting the always-evolving laser industry.
Custom-built solution
The QE195LP-S-MB is a custom-built laser energy detector. Therefore, it can be customized to meet any specific requirements customers have.
Precise, traceable calibration
All detectors in the QE series come with a NIST-traceable calibration for their entire calibrated spectral range. This ensures that the measurements taken by the instruments are reliable and accurate, allowing customers to make valid comparisons with measurements taken by other instruments inside and outside their organization over time.
Order now
The QE195LP-S-MB detector is available for order now.
Protect Your Self and Colleagues: Laser welding faceshield
The FS1 is based on the uvex industrial safety visor and protects not only the eyes but also the entire face from hazards caused by laser radiation. With the FS1 laser safety visor, we offer a lightweight and safe solution that is particularly suitable for working with hand-held welding lasers. The entire visor is certified to EN207 and protects against accidental exposure to laser radiation, but like all laser safety filters it does not protect against permanent, direct exposure. The large visor ensures an unobstructed field of vision and comfortable working.
Depending on the materials to be welded and the associated characteristic plasma brightness, you can choose between three filter variants
protection of the entire facial area
laser filters certified according to EN207
carrier certified to EN207
welding filters certified to EN169 (depending on model)
basic requirements and mechanical protection according to EN166
anti-fog coating on the inside/scratch-resistant coating on the outside
Laser interferometer for high-precision simultaneous measurement and calibration of length, pitch angle, yaw angle, roll angle and straightness on positioning axes.
The highly accurate dynamic acquisition of guiding characteristics of machine axes as well as the subsequent standard-compliant calibration are a very labor- and time-intensive process, which ultimately leads to a high positioning accuracy.
The SP 15000 C6 Ng calibration laser interferometer was specially developed to meet the requirements of manufacturers of coordinate measuring machines and high-precision machine tools. It enables synchronous, continuous and, in conjunction with an optional roll angle sensor, 6 DoF measurements. The measured quantities length, pitch angle, yaw angle and straightness in x- and y-alignment are acquired highly accurately by laser interferometry, using the same highly stable laser frequency in all three length measurement channels. Complete machine acceptance or volumetric compensation can be implemented using the optional software.
Due to the compact design of the straightness optics, the straightness mirror is directly attached to the sensor head. Thus, only two components have to be assembled and aligned to each other. Even in cramped or difficult-to-access spaces, the measurement system can be quickly installed and reliably adjusted.
The fiber optic coupling of the sensor head and the integrated beam direction detection support the easy handling and adjustment. The calibration interferometer does not require an additional stand. It can be placed directly on the stable machine bed. This minimizes the number of optical components to be aligned.
flexible length measuring system of highest accuracy
highly accurate length measurements over long distances
synchronous, continuous measurements of length, pitch and yaw angles and straightness
up to 6 DoF measurements are possible in conjunction with the optional roll angle measurement sensors
easy handling and adjustment due to integrated beam direction detection
large tilt invariance of the measuring reflector
beam distance: 50 mm
horizontal and vertical straightness component measurable by swiveling optics
extensive trigger options
open interfaces for OEM software under Windows and Linux
calibration software InfasMTCAL according to the currently DIN and ISO standards
Introducing the novel single-bar diode laser package LS
Jenoptik is introducing its novel open heat sink diode laser package “LS” for optical pumping of next-generation solid-state-lasers, which offers significantly increased optical output power levels compared to the industry-standard CS.
While only slightly deviating from the CS form factor, the LS features improved conductive cooling of the laser bar by virtue of a double-side cooled open heat sink design. As a result, the LS offers superior performance compared to the CS with cw-output power levels exceeding 150 W @ 9xx nm thus enabling advanced pump- or direct-diode-laser (DDL) applications.
Featuring an almost identical form factor as the CS-package, Jenoptik’s LS package offers upgrade capability of already existing (pump) assemblies based on the CS with the benefit of boosting optical (pump) power to unprecedented levels.
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The Skylark 320 laser offers C-DPSS CW single frequency UV operation, delivering up to 200 mW output power, outstanding spectral properties, ultra-stable output, and extremely low noise from a compact footprint and a versatile software package — making it suitable for system integration and a wide range of demanding applications
NeoSpectra scanners are portable and handheld spectral sensing devices based on FT-IR spectroscopy which can be used in a wide variety of material sensing applications. In NeoSpectra, all the optical and mechanical components are integrated on single MEMS chip, enabling FT-IR functionality on a chip scale. The monolithic integration is enbaled by using Si-Ware Systems’ proprietary Silicon integrated Micro Optical Systems Technology (SiMOST) platform.
Time for an upgrade! Bring your equipment up to scratch and exchange your old microscope camera for a WINDOWS 10-compatible JENOPTIK GRYPHAX® camera. Make your system fit, secure and compatible for innovative software features.
• OptiQuiver’s architecture simplifies optical systems which otherwise would require both electronic autocollimators and wavefront sensors
Digital synchronization and delay pulse generator pMaster 4.2 synchronizes pulse picker with laser operation and triggers it to launch λ/4 or λ/2 operation of Pockels cell. Laser pulses with switched polarization are redirected from the train using high laser induced damage threshold thin film laser polarizers, which can also be provided by EKSMA Optics.
Pulse Picker MP1
Gentec-EO also recently added a 
The SP 15000 C6 Ng calibration laser interferometer was specially developed to meet the requirements of manufacturers of coordinate measuring machines and high-precision machine tools. It enables synchronous, continuous and, in conjunction with an optional roll angle sensor, 6 DoF measurements. The measured quantities length, pitch angle, yaw angle and straightness in x- and y-alignment are acquired highly accurately by laser interferometry, using the same highly stable laser frequency in all three length measurement channels.
Jenoptik is introducing its novel open heat sink diode laser package “LS” for optical pumping of next-generation solid-state-lasers, which offers significantly increased optical output power levels compared to the industry-standard CS.
