Back to School – Product – Update’s – Tradeshows – Product news 

Back to School - Team Expansion

As most people are back from holidays and the kids back to school or universities,  
it is time to get back to business for the last four months of the year... 

Four promising months, since at Te Lintelo Systems we have exciting news to share, as we have two new team members joining us.

Jeroen van de Velde made the transfer from PI Benelux formerly known as Applied Laser Technology; 

He's excited to start a new chapter at Te Lintelo Systems as a Photonics Sales Engineer, focusing on variety of customers and advanced photonics applications. With a mechanical engineering background and over 20 years of experience in high-precision positioning and motion technology, he looks forward to bringing his technical and commercial experience to a broader range of photonics applications.

Jeroen particularly enjoys working on complex customer challenges, understanding the application behind the requirement, and developing a solution-driven approach together with the customer. Building long-term relationships with customers and technology partners is something he values highly. Where he is looking forward to meeting new customers and partners, exploring new applications, and contributing to the continued growth of Te Lintelo Systems.

Kornel van Doorn made the step from Simac Technologies;

Studying electronics, he has taken the long road from LTS to MTS to HTS.
Along his career, he developed a personal obsession with physics and led him into some wonderfully difficult technical challenges—and into connecting people, ideas, and applications across electronics, mechanics, and photonics.

Both joined our sales team by September 1st and we are happy that both add dedicated Photonics experience to our company, benefitting not only us but you as our customer as well.

Highlights in this edition: 

• Solving the PIC Alignment Bottleneck
• In-line Multimode fiber speckle homogenizer
• Steep-Edge Longpass Filters from Andover
• High-Speed Camera Solves the Challenge of Observing Special Material Combustion
• And much more…

Make sure to reach out to us with any questions, ideas or thoughts.

Enjoy reading, 

Your TLS-team

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Solving the PIC Alignment Bottleneck

Achieving sub-second fiber-to-chip peak search in wafer-level testing.

The Problem: The Production Bottleneck
Optical input/output testing is the throughput
bottleneck of wafer-level photonic integrated
circuit (PIC) manufacturing: Every device under test requires active, sub-micrometer probe alignment.

Traditional step-by-step search algorithms slow down manufacturing throughput dramatically.

Find out which solution PiezoSystemJena can offer.

You will find more info here!

Contact Jeroen or Matthijs to learn more!

Meet us at the Dutch Photonics Event

16 & 17 September
Brabanthallen - Den Bosch

In-line Multimode fiber speckle homogenizer

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.

This simplifies installation and system integration. By delivering high-efficiency speckle suppression in an all-in-one in-line format, it enables superior imaging quality. Moreover, it provides system reliability across a broad spectrum of applications. With unmatched versatility, it is the go-to solution for optical engineers and system designers. They can unlock the full potential of multimode fiber imaging technology with this device.

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

We’re here to help, contact Roland or Stephane anytime!

Steep-Edge Longpass Filters from Andover

Steep-Edge Longpass filters represent Andover's premium solution for applications requiring exceptional spectral discrimination and sharp wavelength transitions.
These filters utilize advanced magnetron sputtered hard oxide coatings on precision-polished UV Grade Fused Silica substrates to achieve industry-leading cut-on slopes of ≤1%.
Unlike conventional edge filters, these components deliver extremely sharp transitions from deep rejection to high transmission without using any absorbing filter glass, enabling operation at elevated temperatures and in demanding environments.

Benefits:

Steep transition slopes (≤1%)
Exceptional transmission (≥91% average)
Deep rejection (≥OD 4.0)
High-temperature capability (-50°C to +200°C)
Precision wavelength control (±1% cut-on tolerance)
Hard, durable coating structure
No absorbing filter glass
Customizable dimensions
Can be machined to smaller sizes
Superior wavefront quality

We’re here to help, contact Monique anytime!

High-Speed Camera Solves the Challenge of Observing Special Material Combustion

In materials science and energy conversion, understanding the exact behavior of materials under extreme heat is critical. This edition explores how SinceVision high-speed imaging systems are solving long-standing observation challenges in combustion research.

Solving the Challenge of Observing Special Material Combustion
Challenge: In fire safety evaluation and materials science R&D, evaluating the combustion characteristics of special materials is essential.

However, traditional observation methods lack the frame rate, resolution, and dynamic response speed needed to clearly record high-speed processes. This results in blurred images of flame morphology and material thermal decomposition, leading to critical data loss and limiting research depth.

SinceVision Solution: SinceVision SH6 Ultra-High-Speed Series camera provides a completely new approach to combustion observation. Operating at a frame rate of up to 30,000 FPS, the SH6 captures precise "slow-motion" footage of the entire combustion process. It allows researchers to:
 

Clearly track the thermal decomposition path of materials under high temperatures.
Record real-time changes in flame shape and contour boundaries.
Analyze combustion spread trajectories without missing a single instantaneous state.
 
Read more on the High-Speed Camera Series

We’re here to help, contact Kornel or Stephane anytime!

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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