Used to test and analyze the stress and strain of various structures under operational conditions (e.g., air conditioning pipelines) or dynamic loading (e.g., during packaging and transportation) to assess the mechanical strength or fatigue failure risk of different structures
Vibration and noise testing equipment supports the connection of various vibration and noise sensors, and when used in conjunction with MCM Suite software, it enables time-domain analysis, frequency-domain analysis, and time-frequency analysis of the test signals, aiding in guiding product design and improvement for vibration reduction and noise control
Printed Circuit Boards (PCBA) may fail due to excessive strain during production and testing. In accordance with the IPC/JEDEC-9704 standard, we have developed specialized testing instruments that support up to 64-channel stress data acquisition and analysis. These tools effectively assess the stress risks on the circuit board during production and testing stages, helping to control strain-induced failures
It employs a portable design and communicates with a computer through Ethernet. A single device is capable of performing parallel synchronous testing and analysis of stress and strain signals across 8 channels
It employs a portable design and communicates with a computer through Ethernet, allowing a single device to carry out parallel synchronous testing and analysis of noise and vibration signals across six channels
The MCM Suite-Vibration is a vibration testing and analysis module that enables various testing evaluations including acceleration, velocity, displacement FFT spectrum analysis, time history analysis, time-frequency analysis, order analysis, and more. It is designed to guide product design and improvement in vibration reduction and noise control
The MCM Suite-Noise is a noise testing and analysis software module that allows for noise FFT spectrum analysis, CPB octave band analysis, sound power analysis, time-frequency analysis, and various other testing evaluations. It is designed to guide product design and improvement in vibration reduction and noise control
The MCM Suite-Strain is a strain testing and analysis software module designed for dynamic stress-strain testing analysis, assisting test or quality engineers in evaluating the risk of fatigue failure in structures under dynamic stress loading
This software specifically developed for PCB strain testing and analysis, based on the ICP/JEDEC-9704 “Printed Wiring Board Strain Gage Test Guideline” standard, assists engineers in identifying potential failure risks in the manufacturing process of PCBs
The software is specifically designed for audio testing and measurements, assisting users in conducting precise evaluations of audio quality, performance analysis, and testing of various audio devices. It is commonly used for acoustic module testing, such as speakers and microphones
Based on the MDF (Magic Data Format) technology standard, the Magic Data Cloud platform is constructed to facilitate efficient collaboration of measurement and control data across applications, platforms, regions, and organizations. This resolves the issue of inefficient collaboration of data during equipment debugging and validation processes
During the introduction process of a new product to the manufacturing line, it assists project managers in efficiently completing the import, verification, and management of various tests or assembly equipment on the production line. This includes project management, professional data management, data analysis, and data visualization
The Board Testing Software is a comprehensive testing platform designed for functional testing (FCT), system-on-chip (SoC) testing, and device firmware upgrade (DFU) tasks. It is specifically tailored for the production lines of consumer electronic products, effectively enhancing testing efficiency, reducing defect rates, and providing essential quality assurance for product development and production
Environmental vibration assessment primarily involves measuring and analyzing vibration sources within a specific environment, helping to identify these sources, quantify the impact of vibrations on systems or structures, and provide solutions to reduce or eliminate these effects
Create an ideal anechoic chamber environment with a background noise level of <0 dBA and a cutoff frequency of <50 Hz, providing optimal conditions for high-precision acoustic measurements research
Semi-anechoic laboratory with reflective surfaces is used to simulate and study the acoustic reflection and absorption characteristics of products, in order to optimize product acoustic design and reduce noise impact. The background noise is less than 9 dBA, with a cut-off frequency of less than 50 Hz
A working-condition soundproof laboratory is suitable for measuring the noise and vibration performance of various products under specific temperature and humidity conditions. The laboratory can be designed as a fully or semi-anechoic chamber, compliant with ISO, GB, and JIS standards, and equipped with sound pressure level and sound power level testing capabilities
A reverberation laboratory is a environment where sound energy is fully reflected at all boundaries and thoroughly diffused, creating a diffuse field with uniform energy density and random distribution in all propagation directions
The production line soundproof room is an efficient solution from the acoustic shielding series, specifically designed for production lines to effectively block industrial noise. It uses high-density soundproof materials and optimized structures to ensure a quiet working environment, improving employee comfort and production efficiency. This soundproof room is ideal for providing excellent acoustic shielding in noisy production environments
Manual-operated acoustic chamber (isolation capability of ≥55dB) is a small-scale acoustic environment shielding device that utilizes a multi-layered structure, including acoustic foam, density board, and damping layers, suitable for applications requiring basic noise control, such as small-scale acoustic testing, basic equipment protection, or standard noise management
The automated acoustic chamber (isolation capability of ≥50dB) i is part of the acoustic shielding product series, offering high-performance acoustic shielding capabilities. It can be used in conjunction with robotic arms or conveyor to enhance operational convenience and test reliability, enabling the deployment of fully automated acoustic testing solutions
High-performance acoustic chamber (isolation capability of ≥80dB)is a type of device with a double-layer structure, consisting of two independently enclosed compartments with an air gap or buffer layer in between, designed for efficient noise isolation. It is suitable for environments with high requirements for noise control, such as high-precision acoustic testing, industrial noise control, or protection of noise-sensitive equipment
Acoustic and RF combined shielding box is a professional equipment integrated with both acoustic isolation and radio frequency (RF) shielding functions, designed to provide a comprehensive solution for applications requiring simultaneous control of acoustic environment and RF interference
RF shielding chamber is a specialized device designed to isolate and reduce radio frequency (RF) interference and electromagnetic interference (EMI). This type of shielding box works by blocking external RF signals and electromagnetic waves, protecting internal equipment from interference, ensuring precise testing and a stable operating environment
Vibration isolators are devices that can reduce or eliminate the transmission of mechanical vibrations. After conducting a vibration assessment, the appropriate isolator is selected. By isolating the path between the source of vibration and the equipment, they reduce the noise and mechanical fatigue caused by vibrations
This equipment simulates various temperature and humidity environments and is widely used in home appliances, electronics, automotive, aerospace, and research fields. It tests the performance of products and materials under high, low, and fluctuating humidity conditions or constant environments, offering a broad range of temperature and humidity settings with high control precision, complying with national GB and IEC standards
This laboratory simulates temperature and humidity environments and uses the air enthalpy method to measure air conditioning performance parameters such as cooling capacity, heating capacity, airflow, power consumption, and APF. It is suitable for testing residential, commercial, automotive, data center, and energy storage air conditioners. Utilizing temperature and humidity control separation and energy-saving technologies, it enhances measurement accuracy and reduces operating costs, meeting ISO, GB, JIS, and ARI standards
This equipment is used for testing compressors, covering performance, reliability, and noise/vibration. It operates steadily under set conditions, testing parameters such as cooling capacity, heating capacity, power, COP, speed, and current. It also includes start-up performance, durability, overload, lifespan, winding temperature rise, and OCR oil circulation testing functions
This laboratory simulates temperature and humidity environments, using the air enthalpy method and liquid refrigerant method to measure heat pump performance, including cooling and heating capacity, airflow, and power consumption. It precisely controls parameters on both the air side and the medium side, suitable for testing heat pumps, chiller units, and glycol refrigeration systems. By employing temperature and humidity control separation and energy-saving technologies, it improves measurement accuracy and reduces operating costs, in compliance with national, American, European, and Australian standards
Fast calibration for strain testing instruments to ensure the accuracy of strain testing results
The standard strain simulators are composed of a series of precision standard resistors used for the calibration and standardization of various dynamic and static strain gauges, featuring extremely high accuracy and long-term stability
Impedance box is a specialized test equipment used for measuring and analyzing the impedance characteristics of speakers, loudspeakers, and other audio devices
The PDM (Pulse Density Modulation) decoder board is a specialized electronic device designed to process digital microphone output signals, performing low-pass filtering on PDM signals to remove high-frequency noise and extract the effective audio signal
Engineered for IEPE (ICP) sensors, this device provides a stable 4mA constant current excitation to power microphones, accelerometers, and other compatible transducers. It offers two selectable gain modes (x1 and x20), enabling flexible adjustment to meet diverse application needs. By amplifying signals prior to A/D conversion, the system significantly enhances the signal-to-noise ratio, ensuring accurate and reliable data acquisition
The AcquiLink 8A2 is a high-performance, multi-functional signal acquisition card engineered for acoustic, vibration, and multi-physical signal testing. Combining exceptional precision with scalable versatility, it offers 8 synchronized input/output channels, including 2 input channels with?innovatively integrated power amplifiers. Designed to streamline complex workflows, it delivers?comprehensive support for IEPE signal conditioning and DC signal acquisition, ensuring seamless compatibility with diverse testing requirements across industries
Power Amplifier AB250 is a high-performance Class AB power amplifier specifically engineered for testing environments demanding exceptional audio quality. It features ultra-low distortion and noise levels, a wide frequency response range, and a robust output power of up to 50 Watts, it ensures reliable and precise performance across diverse audio testing applications
The OPM01A integrated test system combines a dual-channel laser driver, a single-channel photodiode detector, and a nanoamp-level current measurement module with a trigger system, delivering precision testing for VCSELs and other optical components
