Optical system design
Sioux develops optical systems around the information your instrument needs to capture.
Illumination & lens design
Microscopy
Digital holography
Computational imaging
ANALYTICAL
ANALYTICAL EQUIPMENT DEVELOPMENT, ENGINEERING & ASSEMBLY
From proof of concept to industrialized systems ready for the lab
ADVANCING ANALYTICAL INSTRUMENTS ACROSS MICRO- AND NANOSCALES
DRIVING TECHNOLOGICAL PROGRESS
Semiconductor scaling, EV electrification, advanced life sciences and materials innovation depend on increasingly precise inspection and analysis at smaller scales.MEETING HIGHER PERFORMANCE DEMANDS
Instruments must deliver higher resolution, greater throughput, improved reliability and lower cost of ownership, while innovation cycles continue to accelerate.
Trusted by leading analytical OEM's
CHALLENGES IN ANALYTICAL
Higher throughput, greater system complexity
Analytical and laboratory instruments must deliver higher throughput and repeatable measurements. Integrating sample handling, precision positioning, detection, and data processing requires hardware, control software, and algorithms to work together.
Understanding complex semiconductor structures
Smaller semiconductor features and complex 3D structures demand detailed characterization of materials, interfaces, and defects. Electron microscopy and elemental analysis must deliver this insight within practical measurement times.
Battery material quality and manufacturing yield
Material composition and metallic contamination affect battery performance and reliability. Faster material analysis and impurity detection in cathode active materials help manufacturers control quality, improve yield, and reduce waste.
More insight for life sciences and molecular diagnostics
Understanding proteins, cells, and tissues requires detailed imaging and reliable analysis. Automated sample handling, image analysis, and data processing support reproducible laboratory workflows with less manual work.SOLUTIONS
EXPERTISE
Optical system design
Sioux develops optical systems around the information your instrument needs to capture.
Illumination & lens design
Microscopy
Digital holography
Computational imaging
X-ray system design
Sioux combines X-ray hardware and image processing in one integrated system design, aligning acquisition and reconstruction with your instrument’s measurement requirements and operating conditions.
X-ray sources and collimators
Detector integration and data acquisition
X-ray computed tomography (CT)
X-ray condition monitoring
Image processing and reconstruction
E-beam system design
Sioux integrates electron-beam technology, electronics, and software into analytical instruments, connecting sources, beam control, and detection across the complete measurement chain.
Single- and multi-beam electron sources
Beam shaping and control
Electron detectors and signal processing
Electron microscopy
Material analysis and EDX detection
High-Voltage Modules
Sioux develops high-voltage modules for analytical instruments where voltage stability affects measurement quality, combining analogue electronics and mechanical integration for compact designs and vacuum operation.
High-stability voltage control up to 100kV
Ultra High Stability
Low drift and low noise
Electrostatic field modelling
High-voltage operation in vacuum
Compact module integration
High-speed data acquisition and processing
Sioux develops acquisition and processing modules to match your instrument’s throughput requirements, balancing latency, heat dissipation, power consumption, and component availability.
Massively Parallel Acquisition
FPGA (VHDL) / GPU / TPU-based processing
High-speed signal processing Terabytes / Sec
Thermal management and power optimization
Electron-beam data processing for wafer inspection
Edge Computing (AI)
System control, analytical software & applied AI
Sioux connects instrument control, user applications, and measurement data in one software architecture. Model-driven development and simulation help identify integration issues before deployment on the physical instrument.
System control and application software
Signal processing algorithms
Image analysis and data interpretation
Applied AI for analytical tasks
Model-driven development and simulation
EXPERTISE
X-ray system design
Sioux combines X-ray hardware and image processing in one integrated system design, aligning acquisition and reconstruction with your instrument’s measurement requirements and operating conditions.
X-ray sources and collimators
Detector integration and data acquisition
X-ray computed tomography (CT)
X-ray condition monitoring
Image processing and reconstruction
E-beam system design
Sioux integrates electron-beam technology, electronics, and software into analytical instruments, connecting sources, beam control, and detection across the complete measurement chain.
Single- and multi-beam electron sources
Beam shaping and control
Electron detectors and signal processing
Electron microscopy
Material analysis and EDX detection
High-Voltage Modules
Sioux develops high-voltage modules for analytical instruments where voltage stability affects measurement quality, combining analogue electronics and mechanical integration for compact designs and vacuum operation.
High-stability voltage control up to 100kV
Ultra High Stability
Low drift and low noise
Electrostatic field modelling
High-voltage operation in vacuum
Compact module integration
High-speed data acquisition and processing
Sioux develops acquisition and processing modules to match your instrument’s throughput requirements, balancing latency, heat dissipation, power consumption, and component availability.
Massively Parallel Acquisition
FPGA (VHDL) / GPU / TPU-based processing
High-speed signal processing Terabytes / Sec
Thermal management and power optimization
Electron-beam data processing for wafer inspection
Edge Computing (AI)
System control, analytical software & applied AI
Sioux connects instrument control, user applications, and measurement data in one software architecture. Model-driven development and simulation help identify integration issues before deployment on the physical instrument.
System control and application software
Signal processing algorithms
Image analysis and data interpretation
Applied AI for analytical tasks
Model-driven development and simulation
CLIENT STORIES
WHAT IS YOUR CHALLENGE?
Share your challenge with us, and we'll help bring your high-tech solution to life.
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