Founded in Wuhan in 2013; over a decade of electrical characterization instrumentation
Vacuum Sealing
Rotary VacuumQuartz Tube Sealer
Dynamic rotary vacuum sealing technology maintaining ultra-high vacuum for reliable sample encapsulation.
Corona Polarization
Thin FilmCorona Polarization
High-voltage corona discharge with precise temperature control for efficient and precise piezoelectric poling.
Piezo Analysis
PrecisionPiezo Analyzer
Advanced dynamic measurement with lock-in amplifier noise suppression for accurate d33 and d31 characterization.
Dielectric Probing
CryogenicProbe Station
Wide temperature range from -160℃ to 450℃ for precise electrical characterization under vacuum.
Tsinghua University
Kyoto University
Johns Hopkins University
Australian National University
University of Minnesota
Linköping University
NYU Abu Dhabi
NTU Singapore
A*STAR
CAS
CAEP
Huawei
State Grid
Johnson Electric
Archer Materials
JXSENS
Tsinghua University
Kyoto University
Johns Hopkins University
Australian National University
University of Minnesota
Linköping University
NYU Abu Dhabi
NTU Singapore
A*STAR
CAS
CAEP
Huawei
State Grid
Johnson Electric
Archer Materials
JXSENS
Tsinghua University
Kyoto University
Johns Hopkins University
Australian National University
University of Minnesota
Linköping University
NYU Abu Dhabi
NTU Singapore
A*STAR
CAS
CAEP
Huawei
State Grid
Johnson Electric
Archer Materials
JXSENS
Engineered for Scientists. The Ultimate Choice in Advanced Functional Materials Research.
At MatMeas, we believe that world-class materials research demands uncompromising engineering. We deliver highly integrated, publication-proven measurement platforms designed specifically for advanced functional materials.
Whether you are pioneering new material synthesis under extreme environments or pushing the boundaries of complex dielectric, ferroelectric, and piezoelectric characterization, our precision-engineered systems eliminate laboratory setup hassles—empowering you to focus entirely on your next scientific breakthrough
Product Lines
Comprehensive measurement solutions for every functional material challenge.
The Ultimate Choice in Advanced Functional Materials Research
13+ Year 15+% Sustained R&D investment in extreme-environment measurement systems
100+ items Invention patents across dielectric, piezoelectric, and ferroelectric characterization
10000+ ㎡ Manufacturing and R&D footprint supporting instruments and global delivery