Tests & Instrumentation
Pushing the boundaries of science, medicine, and semiconductor manufacturing requires instrumentation that delivers uncompromising precision, reliability, and adaptability. EMG2 supports the most demanding applications with integrated solutions combining motion control, embedded systems, vision, and custom developments. Our technologies provide the accurate, robust foundation for instruments that measure, analyze, and create at the frontiers of human innovation.
Test Benches
We offer a comprehensive range of components and technology building blocks to meet the rigorous test and measurement requirements of complex electronic and electromechanical products. Thanks to our acquisition platforms, high-precision data capture is ensured during development, production, and maintenance. Furthermore, our robust vision and storage solutions enable real-time analysis and detection of subtle defects. Our offering also includes FPGA and MPSoC cards and systems, MTCA standard equipment, SBCs, box PCs, data storage, as well as linear and rotary encoders.
High Temperature Testing
Testing components in high-temperature environments is critical for validating performance in applications like aerospace, energy, and automotive. EMG2 optimizes high-temperature testing projects with solutions engineered to withstand extreme thermal stress. Our rugged rotary encoders provide precise position feedback inside test chambers without performance degradation. Reliable data storage and memory modules capture test data reliably despite elevated temperatures. For timing-critical measurements, our high-temperature crystal oscillators maintain stable frequency references. Supported by robust optoelectronics for signal isolation, EMG2 delivers the dependable foundation for test systems requiring uncompromising accuracy and durability under extreme thermal conditions.
Lithography
Lithography systems demand nanometer-scale precision, ultra-smooth motion, and real-time synchronization for semiconductor manufacturing. EMG2 optimizes lithography projects with high-performance solutions engineered for these exacting requirements. Our precision linear and rotary encoders and motors enable sub-micron positioning of wafers and reticles. For real-time control, our FPGA cards and SBCs execute complex synchronization algorithms with minimal latency. Built on modular MTCA standards and rugged carrier boards, our platforms scale from R&D to production. EMG2 provides the precise, reliable foundation for lithography tools pushing the limits of semiconductor fabrication.
Scientific Instrumentation
Scientific instrumentation demands extreme precision, low noise, and reliable data acquisition across applications from spectroscopy to particle physics. EMG2 empowers researchers with tailored solutions combining motion control, embedded systems, and custom development. Our precision linear and rotary encoders enable accurate positioning of samples and optics. FPGA cards and SBCs provide real-time signal processing and instrument control. Built on modular MTCA standards with carrier boards, our platforms scale from benchtop to large-scale facilities. High-speed data storage and memory modules capture experimental results without bottlenecks. EMG2 delivers the accurate, adaptable foundation for instruments pushing the boundaries of scientific discovery.
Medical Instrumentation
Medical instrumentation demands precision, reliability, and patient safety across diagnostic imaging, surgical robotics, and patient monitoring systems. EMG2 optimizes medical projects with solutions engineered for healthcare environments. Our precision motors, encoders, and controllers enable smooth, accurate motion in surgical robots and imaging tables. For clean power, our EMC filters, transformers, and inductors ensure electromagnetic compatibility and patient isolation. LFP and thin flexible batteries provide safe, reliable power for portable devices. FPGA cards and SBCs process real-time data from 3D cameras and sensors. Supported by custom developments, EMG2 delivers the dependable foundation for medical devices demanding uncompromising performance and safety.
