Equipment introduction: The PX8000 is the world's first precision power scope, bringing oscilloscope-style time-based measurement to the world of power analyzers. With up to four channels, it can perform standard multi-phase power measurements.

Equipment introduction: The strain-based advanced rotational rheometer is equipped with an advanced Peltier system, a UV curing accessory as well as the separate motor and transducer technology for independent shear stress and normal stress measurements with high accuracy. The UV curing accessory enables measurement of the storage and loss moduli in samples during the curing reaction.

Equipment introduction: Bearing gear transmission failure prediction test bench consists of drive motor, 1st stage planetary test gearbox, 2nd stage parallel shaft test gearbox, torque sensor, acceleration sensor, load motor, control cabinet and hydraulic load system. The test bench contains all the configurations required for the full life cycle experiments of bearing gear transmission, and is suitable for the research of dynamic and noise characteristics of bearing gearboxes, health monitoring, life prediction and vibration characteristics based on diagnostic technology, lubrication conditions, wear particle analysis.

Equipment introduction: This multi-channel vibration modal analysis system is produced by Head Acoustics, which contains 30 input channels, 8 three-direction accelerometer, 8 one-direction accelerometer, medium impact hammer and vibration exciter; SIMO, SISO, MIMO modal analysis are supported; It’s applied to the dynamic characteristics of different structural systems, diagnosis and prediction of structural system failures, optimal design, etc.

Equipment introduction: The high-speed tracking and detection integrated measurement system is manufactured by Carl Zeiss GOM. The system can obtain the full-field deformation of materials and components, as well as full-field displacement, velocity, acceleration and other data, so as to gain a deep understanding of the mechanical behavior and performance of materials and parts, especially suitable for flexible and non-uniform materials and the measurement of local strains. Static and dynamic tests of different materials can obtain complete mechanical performance parameters, including three-dimensional surface coordinates, three-dimensional displacement and deformation velocity, surface strain, strain rate; suitable for strength analysis under various scales and various strain rate conditions, ODS vibration analysis, durability analysis.

Equipment introduction: The Phantom T2410 is a 24 Gpx/s throughput camera ideal for material research, industrial testing, and high-speed motion analysis. It is designed to perform imaging techniques like digital image correlation and when using advanced optics. The advanced BSI sensor delivers fast exposures and the ability to shoot in environments with limited supplemental light. The special Binned mode combines pixels 2×2, resulting in a significant increase in vertical resolution at the camera’s top frame rates.

Equipment introduction: T1050sc is a portable, high-speed, high-definition infrared camera that records full 1024×768 resolution images at 30 frames per second. It’s designed for researchers who need the highest resolution and sensitivity possible in a flexible, battery-powered handheld package. Its extraordinarily sensitive detector and HD-ready optics can provide stunning thermal images and accurate, non-contact temperature measurements.

Equipment introduction: OCA 25 is an all-purpose measuring device for contact angle measurements and drop shape analysis. It combines high resolution optics, exact liquid dosing, and precise sample positioning into powerful and reliable measuring systems. The sample table of it is adjustable along all three directions in space via precision axes with hand wheels, thus always guaranteeing a fast and accurate manual positioning of the sample. Analysis of even the fastest processes is possible recording up to 3250 frames/s using the 6.5-fold zoom lens and the high-performance camera with USB 3 interface.

Equipment introduction: ASAP 2020 Plus can be used to characterize zeolites, MOFs, and a wide variety of porous and non-porous materials. It is a high-performance analyzer for measuring surface area, pore size, and pore volume, and delivering superior accuracy, resolution, and data reduction. Two independent vacuum systems of it permit simultaneous preparation of two samples while analyzing another. Continuous saturation pressure monitoring and unique isothermal jacket cold zone control provide a stable thermal environment for both saturation pressure and adsorption.

Equipment introduction: Infrared spectroscopy is widely used in both qualitative and quantitative analysis. iS50 FTIR spectrometer is an outstanding instrument for infrared measurement and analysis which uniquely combines multi-tasking capabilities and high performance in an optimized footprint system. It can simultaneously collect high-resolution spectral data in the NIR and IR region (without the need of blowing through the device) with an attenuated total reflection technique.

Equipment introduction: The steady-state and transient fluorescence spectrometer is mainly used to measure the fluorescent spectrum of various materials. It is suitable for measuring the optical properties of common solid or liquid luminescent materials including nano-fluorescent materials, rare-earth luminescent materials, fluorescent probes, noble metal complexes, etc., with the advantages of high resolution, high efficiency, and high sensitivity. This spectrometer is also equipped with an integrating sphere, which has the function of absolute quantum yield measurement. This facility can be applied to the research of optical devices, optoelectronic devices, material chemistry, environmental analysis, etc. It is an important instrument for the research of luminescent materials.

Equipment introduction: The Confocal Raman-Scanning Nearfield Optical Microscope integrates three technologies: Raman microscopic imaging, atomic force microscopic imaging, and reflective near-field optical scanning microscopic imaging. It is an optical microscope based on scanning probe imaging. The probe-based scanning near-field optical microscope overcomes the low resolution in the traditional optical microscopes and the sample damage in the scanning electron microscopes and scanning tunneling microscopes. It breaks through the optical diffraction limit, and combines the spectroscopy and time-resolution technologies to achieve nano-scale imaging. Compared to the scanning electron microscope, its acquisition and maintenance costs are lower, and it combines the optical properties of materials for multi-physics coupling characterization. The microscopic imaging system realizes Raman microscopic imaging, atomic force microscopic imaging, and near-field optical scanning microscopic imaging simultaneously in the same system through scanning probe imaging. These three imaging functions are independent of each other and can be directly used by switching the lenses without moving the samples.

Equipment introduction: For tensile and compression measurement applications, its rugged design is suitable for laboratory and production environments. Can carry out a wide range of tests, including fracture test, cycle test, load or distance limit test, load maintenance, elongation test, tensile test, compression test, etc.