Fig 1: Advanced semiconductor testing laboratory
Precision Probe Systems for Advanced Research
Empowering the next generation of Semiconductor, RF, and Quantum innovations with engineering-grade testing solutions backed by global support.
Core Product Lines
Engineered for precision, reliability, and performance in the most demanding research and production environments.
AIMRSE offers a complete portfolio of characterization equipment ranging from manual analytical stations to semi-automated wafer probers. Whether you need Cryogenic environments for quantum research, High-Vacuum chambers for low-noise measurements, or High-Power setups for SiC/GaN devices, our modular platforms are built to adapt. We also supply essential precision components including micro-positioners, thermal chucks, and consumables.
Fig 2: High-Vacuum Cryogenic Probe System
Fig 3: Sub-micron Precision Micro-positioners
Fig 4: RF Calibration Substrates and Probe Tips
Engineering & Services
We provide more than just equipment; we offer complete lifecycle support to ensure your research success.
Custom Engineering
Our OEM/ODM engineering team specializes in non-standard requirements. From specialized sample fixtures and custom sensor integration to modified temperature ranges, we build the exact solution your application demands.
Installation & Training
Receive comprehensive on-site installation and certification. Our expert engineers provide hands-on training to ensure your team is proficient in system operation, maximizing your throughput from day one.
System Maintenance
Protect your investment with our preventive maintenance plans. We offer on-site calibration, software updates, and priority technical support to guarantee system peak performance and minimize downtime.
Solutions by Application
Tailored configurations optimized for specific industry requirements, ensuring accurate data extraction for your specific device under test (DUT).
Fig 5: Wafer-level Reliability (WLR) setup
Semiconductor Characterization
Our platforms are engineered for the most demanding parametric analysis. Supporting femto-ampere level IV measurements and high-frequency CV analysis, our systems allow for comprehensive wafer-level reliability (WLR) testing.
- Low-leakage IV / CV Measurement integration
- Wafer Level Reliability (HCI, NBTI, TDDB)
- Failure Analysis & Process Control Monitoring (PCM)
- 1/f Noise Measurement configurations
Fig 6: mmWave S-Parameter measurement
RF & mmWave Testing
Designed for 5G/6G, radar, and satellite communication devices. Our systems minimize insertion loss and ensure accurate S-parameter extraction up to 110 GHz with precise planarization and calibration support.
- S-Parameter Measurement (up to 110 GHz)
- Load Pull & Noise Figure Measurement
- Supports Calibration (SOLT, LRM, TRL)
- Integration with Keysight/Rohde & Schwarz VNAs
Fig 7: Cryogenic Qubit Characterization
Quantum & Spintronics
Integrated ultra-low temperature and high-magnetic field environments essential for quantum computing research. Our low-vibration designs ensure the stability required for sensitive qubit and spintronic device characterization.
- Milli-Kelvin Temperatures (< 100mK)
- Superconducting Magnet Integration (up to 9T)
- Ultra-low Vibration for Qubit Coherence
- Wiring for DC, RF, and Fiber Optics
Fig 8: High Voltage SiC/GaN Testing
Power Electronics (SiC/GaN)
Safe and reliable characterization for Wide Bandgap (WBG) power devices. Our systems feature special anti-arcing environments and interlocks to handle high voltage and current without compromising operator safety.
- High Voltage (up to 10kV) / High Current (up to 500A)
- Fluorinert / Special Gas Anti-arcing Solutions
- Low Contact Resistance Thermal Chucks
- On-wafer Switching Loss Analysis
Fig 9: Photonic integrated circuit testing
Optoelectronics & Photonics
Precision alignment and testing solutions for VCSELs, Laser Diodes, and Photodetectors. We provide integrated setups for measuring Light-Current-Voltage (L-I-V) characteristics with specialized fiber holders.
- Double-sided Probing for Vertical Devices
- Precision Fiber Alignment Stages
- Wafer-level L-I-V / Spectrum Measurement
- Temperature Controlled Photonic Testing
About AIMRSE
AIMRSE is a premier provider of precision testing equipment, dedicated to supporting the semiconductor and scientific research communities in the United States and globally.
Our story is built on a foundation of engineering excellence. We understand that accurate data starts with stable, reliable probing mechanics. From our headquarters, we support a global network of distributors and service engineers ensuring your lab never stops.
Contact Our Team
Fig 10: AIMRSE Engineering Team
