Skip to content
CASE STUDY

How Dynacast Delivered Precision for SICK’s LiDAR Sensor

When miniaturisation meets industrial-grade durability, the stakes are high. For SICK, a global leader in sensor technology, designing the picoScan100 2D LiDAR sensor meant pushing the limits of engineering—requiring a manufacturing partner to deliver precision, complexity and reliability in one of the smallest, most sensitive components on the market.

The challenge: Tiny sensor, big demands

SICK's picoScan100 posed a unique engineering dilemma. The sensor housing had to be incredibly small, mechanically intricate and able to withstand the rigours of industrial environments—all while ensuring exact internal tolerances for stable lens placement. Further complicating matters were minimal draft angles and the need for flawless shot accuracy, making traditional manufacturing approaches difficult and error-prone.

The solution: Precision engineering from concept to completion

Recognising the sensor's complexity, SICK turned to Dynacast for a solution combining engineering expertise, process control and collaborative innovation.

1. Collaborative design support

Dynacast was involved early to help optimise the housing's geometry, ensuring manufacturability without compromising function. This proactive partnership allowed design and production to align from day one.

2. Simulation-driven precision

By leveraging simulation software alongside deep die casting expertise, Dynacast fine-tuned the tooling and process flow—mitigating risks before production began.

3. Precision microcasting

With a focus on gating and overflow design, Dynacast achieved flawless mould filling—ensuring dimensional integrity and consistent part quality at micro scales.

The results: Flawless execution, satisfied partners

SICK's expectations were not only met—they were exceeded.

  • Seamless integration: The sensor housing was implemented smoothly, without the need for post-production corrections.
  • Perfect performance: Every unit met the stringent performance requirements essential to the LiDAR system's functionality.
  • Customer satisfaction: SICK lauded the collaboration and outcome, with Dynacast recognised for a well-executed strategy that delivered value from start to finish.

"[Dynacast delivered] smooth implementation of the entire project without additional corrections." – SICK

"SICK was a very satisfied customer thanks to our implementation strategy."
– Markus Verini, Business Development Manager, Dynacast Europe

Related Resources
Eliminating automotive part failure through DFM
Learn how DFM strategies reduce part-failure risks and improve reliability in automotive die casting through material selection, tool optimisation and control.
View Case Study
Wie viel kostet ein Druckgusswerkzeug?
Erfahren Sie, welche Faktoren die Kosten von Druckgusswerkzeugen beeinflussen und wie Sie Ihre Investition für eine qualitativ hochwertige, effiziente Teileproduktion optimieren können.
Read the Article
Dynacast Machine Building Process
Discover how Dynacast builds advanced die casting machines to improve precision, efficiency and part quality across its global manufacturing operations.
Read the Article

Interested in starting your die casting project?

Our engineers are here to answer your questions and show you how innovative die casting technologies can revolutionise your next project.

Contact us