Superior surface quality

The key advantage of CNC ductile machining lies in its ability to achieve outstanding surface results thanks to:* Nearest-zero subsurface damage* Minimal surface roughnessBut … What does this actually mean? Read more [Bron foto: LouwersHanique on linkedin.com]

Designing your own feedthrough has never being so easy

At LouwersHanique we have gathered all the questions of our customers to create the ultimate step-by-step guide to help you design your own modular feedthrough. The guide includes all the steps to design your tailor-made feedthrough, tips and the most frequent asked questions with the goal of bringing your projects to the next level.

Engineered to the tightest tolerances

At LouwersHanique we can meet the highest requirements when it comes to desired tolerances. We consistently measure and collect data during the manufacturing process (Q in process) rather than solely measuring and monitoring quality at the end of production. All of this is done to ensure World Class Manufacturing processes that can run 24/7.

Laser Filament Cutting Precision

The high-intensity ultra-short pulse laser used in our laser filament cutting technology, effectively changes the structure of the glass, allowing LouwersHanique to cut highly precise, complex contours or patterns from glass and crystal. Read more [Picture source: LouwersHanique on linkedin.com]

Glass-to-glass encapsulation of smart implants

The fusion of LouwersHanique Selective Laser-Induced Etching and Ultra-Short Laser Welding technology has enable our engineers to master the art of hermetically seal microchips inside glass. Read more [Picture source: LouwersHanique on linkedin.com]

Ultra-High Vacuum Cleaning

Working with semiconductor, biotechnology and pharmaceutical customers requires us to maintain extremely clean processes and working environments. Read more

Diving info the realm of microfluidics

LouwersHanique Selective Laser-Induced Etching technology (SLE) allows the creation of highly precise custom-made microfluidic devices in technical glass. The power of femtosecond laser processing enables us to create 3D microstructures inside glass, eliminating the need for moulds, minimizing surface damage, and ensuring a perfect channel formation. Read more [Picture source: LouwersHanique on…

Een kijkje in de wereld van Productie Engineering bij LouwersHanique

Als Productie Engineer op de mechanische afdeling van LouwersHanique ben ik dagelijks betrokkenen en verantwoordelijk voor alle productieprocessen die op onze werkvloer plaatsvinden. Mijn taken variëren van het ontwikkelen van programma’s en het selecteren van gereedschappen en materialen tot het programmeren van complexe producten. Het is een uitdagende rol die elke dag nieuwe mogelijkheden en vraagstukken…

Creating a Fused Silica Glass Lung by Using Selective Laser-induced Etching Technology

Technical glass enables unique features that are interesting for a wide variety of high-precision applications. Glass is chemically inert, therefore it remains chemically stable in harsh environments. Moreover, technical glass e.g. fused silica is resistant to high temperatures and enables excellent optical transmission without any auto fluorescence from deep UV to mid IR.

These properties together with the mechanical specifications…