As the Easter bunny is quickly approaching, bringing its basket full of eggs, we at Te Lintelo Systems are here to provide you with food for thought, for the long weekend ahead.
With updates on compact high precision stages, fun facts on calibration of cinema-cameras, laser sources for Quantum applications, and much more. You are certain of a great read.
Did you find something interesting. Feel free to reach out to any of the team members, below each article.
Rather meet in person, the full Te Lintelo Systems team will be present at the Laser World Of Photonics in Munich, taking place from the 24th till the 27th of June.
This is the perfect opportunity to meet us and many of our partners in person, as well as to see the technology life and up close.
Interested in a meet up with us and our partners, feel free to reach out, and we will set things up.
Not attending but interested in what new technologies will be introduced at the LWOP show?
The next edition of the Newsflash will provide you will all there is to know, in the World Of Photonics.
Enjoy reading!
Your Te Lintelo Systems Team
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Motorized, compact high-precision XY stages
Thanks to their closed design, the C-CROSS are ideal for use in laboratory and cleanroom environments. The small footprint in relation to the travel distance and the integrated cable management enable space-saving integration into laboratory- and measuring devices.
The C-Cross will come in 2 flavours, a 105 and a 205 mm version.
Characteristics
travel: 105 mm x 105 mm or 205 mm x 205 mm
bidirectional repeatability: < 2 µm
velocity up to 80 mm/s
2-phase stepper motor or DC servo motor with encoder
precision ball screw drives
precision crossed roller bearing guides
compact footprint 200 mm x 200 mm or 291 mm x 291 mm
low-reflection, black anodized
Interested in learning more? Contact us to discuss your specific needs! For more info contact Matthijs, Ali, Ruud, or check this out!
Absolute Calibration of Cinema-Cameras
Did you know how cinema-camera’s are calibrated:
An important task and at the same time a challenge is the calibration of the subtle individual variations of the spectral sensitivity of the individual cameras. This calibration step assures that images of all the cameras manufactured are looking the same, as the unavoidable variations of sensor color dies and optical filters are eliminated.
So ARRI, jointly with Gigahertz-Optik, the experts in light measurement technology, was able to develop a high-precision measurement device for this calibration task, designed for perfect repeatability. The highly stable, position-independent, compact and highly accurate in all specifications BTS2048-VL-TEC plays a decisive role here. This is a world-renowned high-end spectroradiometer, which can measure absolute spectral irradiance in the plane of the camera chip, thanks to its directly flanged input optics. Comparable to the application described here it is already used in many applications as a reference or transfer standard.
Interested in learning more? Contact us to discuss your specific needs! For more info contact Monique or Roland, or check this out!
Exploring 2D quantum materials with ultralow wavenumber
Traditional Raman spectroscopy techniques often suffer from environmental interference, sample degradation under UV laser excitation, and gas ionization that can introduce noise and distort spectra — significantly reducing the accuracy and reproducibility of experimental results.
Recent research conducted at QPalmLab addresses these limitations by using an ultralow wavenumber Raman spectroscopy system integrated into an argon-filled glovebox.
The Skylark 320 NX laser was selected by QPalmLab at National Taiwan University as the UV excitation source for exploring 2D quantum materials.
The laser’s spectral purity paired with narrow line width minimised gas ionization — reducing noise and distortion in Raman spectra — with the Argon glovebox further suppressing unwanted signals to enhance the clarity of Raman spectra.
We are thrilled to confirm the official release of the newest variable focus and astigmatism lens.
The new liquid lens is built around a brand new 8 electrodes design and based on Corning Varioptic’s breakthrough technology.
The extra electrodes provide new functionalities to this liquid lens in addition to the sphere variation. It is now possible to adjust astigmatism and axis by controlling the voltage with absolutely no moving parts.
Following our new product development policy, in order to improve both accessibility and performance of the lens, as initiated with the A-PE series,
This lens will only be available in combination as a V-PE-80R0 (i.e packaged and with calibrated electronics) and not as a bare lens.
Contact Ruud,or Monique if you don’t find what you need.
HDRS Method for Sunscreen Testing – ISO-23698
Diffuse reflectance spectroscopy is a technique used in the field of dermatology for assessing optical properties of skin and drugs or topical ingredients applied to the skin.
It can measure skin proliferation, photodamage that has occurred to the skin, blood content, and even diagnose certain skin cancers. Evaluation of sunscreen protection on human skin using diffuse reflectance spectroscopy was initially limited to the UVA portion of the spectrum, but recently a technique was devised that allows for determination of ultraviolet (UV) protection across the entire solar UV spectrum (290-400nm).
This technique named “Hybrid Diffuse Reflectance Spectroscopy*” (HDRS) provides a fast and simple assessment of sunscreen protection in vivo that could replace extensive sunburning and damaging exposures to human test subjects as currently mandated by regulatory bodies across the globe.
Contact Ruud,or Roland if you don’t find what you need.
New – High Speed Camera’s
The SH2-203 is a standout addition to SinceVision’s high-speed camera lineup, tailored for advanced scientific research and national defense applications.
With an innovative hardware and software integration design, it offers a compact form factor without sacrificing performance.
Equipped with a state-of-the-art CMOS sensor, the SH2-203 delivers outstanding resolution and exceptional image detail.
Its proprietary flash parallel storage architecture provides TB-level non-volatile storage, enabling extended recording capabilities while maintaining its compact design.
Contact Stephane,or Roland if you don’t find what you need.
The science behind Gentec-EO’s calibration process
Imagine this: You’re working on a groundbreaking laser experiment, one that could push the boundaries of medical technology.
Everything seems to be going well until you notice something off. The power readings of your laser seem slightly off compared to your expectations.
At first, you think it’s a minor glitch, but as you dig deeper, you realize the issue: your laser power meter hasn’t been calibrated in years. The values it provides are consistently inaccurate, introducing errors into your experiment. Months of research could be in jeopardy.
This scenario is more common than you might think. Precise laser measurements are critical, whether you’re in research, manufacturing, or medical applications. That’s where calibration comes in.
At Gentec-EO, we ensure that your instruments provide accurate and repeatable measurements so you can trust your data every time.
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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As the Easter bunny is quickly approaching, bringing its basket full of eggs, we at Te Lintelo Systems are here to provide you with food for thought, for the long weekend ahead.
Thanks to their closed design, the C-CROSS are ideal for use in laboratory and cleanroom environments. The small footprint in relation to the travel distance and the integrated cable management enable space-saving integration into laboratory- and measuring devices.
An important task and at the same time a challenge is the calibration of the subtle individual variations of the spectral sensitivity of the individual cameras. This calibration step assures that images of all the cameras manufactured are looking the same, as the unavoidable variations of sensor color dies and optical filters are eliminated.
Traditional Raman spectroscopy techniques often suffer from environmental interference, sample degradation under UV laser excitation, and gas ionization that can introduce noise and distort spectra — significantly reducing the accuracy and reproducibility of experimental results.
We are thrilled to confirm the official release of the newest variable focus and astigmatism lens.
Diffuse reflectance spectroscopy is a technique used in the field of dermatology for assessing optical properties of skin and drugs or topical ingredients applied to the skin.
The SH2-203 is a standout addition to SinceVision’s high-speed camera lineup, tailored for advanced scientific research and national defense applications.
Imagine this: You’re working on a groundbreaking laser experiment, one that could push the boundaries of medical technology.
