Summer is here – and so is our Photonics Newsletter!
With the summer holidays coming up – or already started for some – its a perfect moment to reflect the Laser World of Photonics show held just 2 weeks ago in Munich.
In this edition, we’ve highlighted a few key topics of the event. Of course, we couldn’t include everything…..but if you would like to learn more, feel free to reach out to our Photonics Specialists. They will be more then happy to discuss and explore the topics further with you.
We are also excited to share with you that we are now the exclusive partner of Standa and Vision & Control for the BeNeLux market.
Enjoy reading!
Your Te Lintelo Systems Team
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LISA – Compact, Modular Laser Platform for Demanding Applications
The LISA (Laser Integrated System Assembly) from our parter LASOS Lasertechnik GmbH is a next-generation modular laser platform, engineered for advanced applications in life sciences, spectroscopy, and industrial integration. Presented for the first time at LASER World of PHOTONICS 2025 in Munich, LISA combines multiple laser sources in a single, compact housing with excellent optical and mechanical stability.
🔹 Supports up to 7 configurable laser lines (free-space or fiber-coupled)
🔹 Modular design with beam shaping and combining options
🔹 Full remote operation and system diagnostics via software interface
🔹 Outstanding power stability and beam pointing accuracy
🔹 Designed for integration into microscopy, cytometry, Raman setups, and OEM solutions
LISA is the currently in it’s latest stage of development, but early feedback and application-specific requests are highly welcome. If you’re interested in exploring the possibilities of LISA for your system or research, we’d be happy to discuss your requirements. Interested in learning more?
Contact us to discuss your specific needs! For more info contact Ali,Roland or find here!
ProEM Application: Airborne Microplastics
We’re proud to share a new study published in
Environmental Science & Technology:
“Real-Time Detection of Airborne Microplastics Using Laser-Induced Breakdown Spectroscopy”
by Dr. Heather Allen and her team at The Ohio State University.
This groundbreaking research presents the first spectral data of nano-scale plastic particles, shedding light on their interactions with human physiology an urgent issue with far-reaching implications for public health, recycling, and waste management.
Our Princeton Instruments ProEM® camera played a key role in enabling this important work.
This high-performance optical Speckle Homogenizer is designed to significantly reduce speckle noise in multimode fiber
laser systems. Its compact, plug-and-play design integrates both the optics and driving electronics within a single enclosure,
simplifying installation and system integration. By delivering high-efficiency speckle suppression in an all-in-one in-line
format, it enables superior imaging quality and system reliability across a broad spectrum of applications. With unmatched
versatility, it is the go-to solution for optical engineers and system designers looking to unlock the full potential of multimode
fiber imaging technology.
Features
• Over 90% speckle contrast reduction
• In-Line fiber device- zero optical loss
• Plug-and-play integration
• Supports a wide range of wavelengths and optical power levels
• Low power consumption
• USB type C power input
• Compact enclosure-OEM Integration and Laboratory use
Applications
• Medical endoscopic and optical coherence imaging
• Flow cytometry and DNA sequencing
• Interferometry and Fluorescence Microscopy
• Bioanalytical instrumentation
• Machine vision and laser projection
• Speckle reduction in fiber-delivered laser systems
Interested in learning more? Contact us to discuss your specific needs! For more info contact Monique, Ali or Roland, or check this out!
Femtosecond Laser: FS-1030-200 – 200W from Photonics Industries
With 100kHz high pulse energy capability and MEGAHZ programmable burst mode.
Building on our initial offering at 50W & 100W, the new expansion of the FS Series lasers to 200W marks a step change in capability for industrial applications where a single laser head driving multiple process heads is a more economical and easy to implement option to scale maturing production processes.
200 W @ 1030nm | 100W @ 515nm
500fs to 5ps Continuously Tuneable
Hybrid MOPA Technology
Robust and highly proven amplification technology
Exceptionally reliable harmonics and system monitoring from the RX and DX
Interested in learning more? Contact us to discuss your specific needs! For more info contact Matthijs, Ali or Roland, or check this out!
How High-Speed Cameras Work and What They’re Used For
A high-speed camera is a special camera. It captures slow-motion video by recording at high frame rates. These rates are much higher than those of regular video cameras. Most standard cameras record at about 30 frames per second (fps).
High-speed cameras can capture 1000 fps, 5000 fps, or even over a million frames per second in special setups. This lets us record incredibly fast events and play them back in slow motion to see all the tiny details.
How Do High-Speed Cameras Work?
High-speed cameras work by capturing more frames in a single second, then playing them back at a normal speed like 1000 fps. This stretch in time makes everything appear to move in slow motion. To do this, the camera needs:
a. A high frame rate sensor.
b. A fast shutter speed.
c. A strong light source, since higher fps usually means shorter exposure time.
d. Fast data transfer and storage, since these cameras create massive amounts of data in real time.
Ready for high-resolution and high-speed performance? Discover the power of the MIPOS 800.
Our partner Piezosystem Jena presents the MIPOS 800. The MIPOS 800 is a piezo-driven Z-axis positioning system offering up to 800 µm of precise travel. Designed for direct mounting on standard microscope objectives, it enables ultra-fast and highly accurate focus adjustments — ideal for 3D imaging, bio-research, and confocal microscopy applications.
A unique parallelogram design guarantees high parallel motion without influencing the optical axis. The precise positioning repeatability of the MIPOS 800 can be guaranteed by the use of the integrated strain-gauge measurement system. The design which includes an integrated preload of the actuator offers high resonant frequency and a highly parallel motion.
Due to the unique design of the MIPOS 800, fast scanning applications can be accurately realized with short settling times.
Interested in learning more?
Contact us to discuss your specific needs! For more info contact Ali, Matthijs or check here.
Lightnovo: The world’s smallest confocal and modular Raman microscope
Unique Technology
The miniRaman microscope is an innovative confocal equipment based on the miniRaman spectrometer, with a patented, integrated reference channel. This innovative technology ensures automatic calibration by correcting for laser wavelength drift delivering accurate and reliable results. Due to the unique, patented technology miniRaman microscope has very high throughput, perfect wavenumber accuracy and Raman intensity calibration via in-build reference channel.
NEW: EASY TO CLEAN
Adapted to dirty environments, the PRONTO-250-EZ offers the same performance as PRONTO-250-FLEX, with the added advantage that it can be cleaned on-the-go.
THE FLEXIBILITY TO PICK THE CALIBRATIONS YOU NEED
The PRONTO-250-EZ offers three calibration options so you only pay for what you need:
Default calibration “Y”: for visible to NIR wavelengths (248 nm to 2.5 µm)
Additional calibration “C”: for CO2 lasers (10.6 µm)
Additional calibration “E”: for energy measurements with ± 5 % accuracy
Pocket-Size
This mid to high power handheld probe is so compact it fits in your pocket!
Easy-to-Use
The touchscreen color LCD allows for a friendly user interface. You can make a measurement with just the touch of a button!
Data Logging
Save your data to the internal memory and then transfer it to your PC over the USB connection.
From Low to High Powers
Thanks to a low noise level and high damage threshold, the PRONTO-250-FLEX can measure powers from 0.5 W to 250 W.
Hands-Free Operation
Place it on a flat surface or use one of the 2 threaded holes that we have integrated in the casing for safe use with optical stands.
SERIAL COMMANDS
Serial commands are available to let you take full control of your PRONTO from your PC.
Our partner codixx AG, renowned for its colorPol® dichroic glass polarizers, is expanding its expertise into the field of optical sensing. They introduces a new generation of filter elements with an axis accuracy of 0.05°. This innovation enables more precise measurements in optical communication, quantum and sensor technology.
The polarization of light influences the focusing of laser beams, defines the cutoff wavelengths of filters, and prevents unwanted reflections. Thanks to improved axis accuracy, optical measuring devices such as PER meters and fiber optic sensors particularly benefit. In optical communication, the new filters optimize the measurement of Y-couplers and the alignment of quarter-wave plates. In fiber optic sensors, they enable higher precision and reproducibility in detecting physical changes.
“This development is a direct response to the demands of our customers,” says Friederike Marschalk, Head of Marketing and Sales at codixx. “Our advanced manufacturing technology creates real value for efficiency and productivity.”
With this codixx AG is setting new standards in the precision of optical measurement techniques.
Interested in learning more? Contact us to discuss your specific needs! For more info contact Ruud, Ali, Monique, or Check out here.
Your source for optical components
We look forward to supply you with all the information and material you need and answer any question.
For more information please contact:
Te Lintelo Systems BV – Mercurion 26 – 6903 PZ Zevenaar – The Netherlands +31 316 340804 – contact@tlsbv.nl – www.tlsbv.nl
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The LISA (Laser Integrated System Assembly) from our parter LASOS Lasertechnik GmbH is a next-generation modular laser platform, engineered for advanced applications in life sciences, spectroscopy, and industrial integration. Presented for the first time at LASER World of PHOTONICS 2025 in Munich, LISA combines multiple laser sources in a single, compact housing with excellent optical and mechanical stability.
This high-performance optical Speckle Homogenizer is designed to significantly reduce speckle noise in multimode fiber
Building on our initial offering at 50W & 100W, the new expansion of the FS Series lasers to 200W marks a step change in capability for industrial applications where a single laser head driving multiple process heads is a more economical and easy to implement option to scale maturing production processes.
Unique Technology
