CLIENT STORIES

Explore how we brought high-tech solutions to life.

Bioscience: AI for Tissue Analysis

Sioux improves fluorescence microscopy image analysis with spectral unmixing, AI-based cell segmentation, and explainable AI for biological tissue research.

Biological Module Measurement

Sioux developed the complete inQuiQ® system in nine months, integrating optics, fluidics, electronics, and software. The compact instrument measures biomolecular interactions for applications including drug research and antibody characterization.

UPSS 1.0 Stage with Air Bearing System

The UPSS 1.0 is a four-axis air bearing positioning system for scanning and high-precision positioning applications. With X, Y, Z and Rz stages, it is suitable for wafer inspection, wafer metrology, photonics and flat panel display manufacturing. The system is compatible with Class 100 cleanliness requirements.

High Throughput Tissue Dissection

Sioux supports the development and production of Xyall’s automated tissue dissection systems. Combining multidisciplinary engineering with laboratory automation helps translate molecular pathology requirements into practical diagnostic workflows.

Table Top Tissue Dissection

Sioux acts as the R&D department of Xyall. By using its multi-disciplinary expertise, Sioux develops and produces the entire range of high throughput dissection systems and easy-to-use tabletop systems.

Movitas Dashboard Design

Sioux designed a state-of-the-art, fully digital dashboard amongst the entire vehicle on-board electronic systems architecture and software development and integration of the Movitas bus.

Automotive Climate Controller

Creation of modular architecture and deployment of a tailor-made software development process.

Remote Assistant

Sioux developed an intelligent remote service application.

Robust vision solutions

The client, a producer of conveyor belt systems for mail distribution centres, was confronted with increasingly frivolous packaging that was harder to detect. The standard methods for determining position, size and orientation of the packages on the line proved inadequate. Additional problems arose as a result of differences in lighting during the day and at night.

Leveraged learning

Using psychometric models all available exercises are automatically calibrated.

Simulation of the packaging process

A custom-made scheduling algorithm that runs in real time on the packaging line.

Moore accuracy

Sioux improved accuracy rate of waferstepper with mathware.

Fetal Monitoring System

Sioux developed the electronics, embedded software, and base station for NEMO’s foetal monitoring system. We also assemble and test the system in accordance with ISO 13485.

K&S Lithography for advanced packaging

Sioux designed, implemented and tested the complete software stack.

Reticle Masking for EUV Lithography

Sioux co-developed a reticle masking module for EUV lithography, combining high-speed precision mechanics with demanding vacuum and cleanliness requirements.