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APEX Turbine is a supplier of turbomachinery test and analysis solutions with a proven record of delivering integrated, reliable, industry-leading software applications worldwide. With DS software and QuantusSeries, customers get an assortment of data acquisition hardware choices which allows both MECALC and APEX Turbine to deliver a more personalized testing solution for turbine testing and analysis.

Computer Methods is the developer of PhoenixKonnect, a touch-compliant application for the collection, storage, and processing of dynamic data. The application supports simultaneous transient and streaming capture from multiple sources including QuantusSeries and SDVXI hardware. PhoenixKonnect post-processing offers support for custom Python scripts or interfaces with Matlab and Kornucopia.

Computer Methods is a software engineering firm located in the heart of Silicon Valley. A division of Physio Systems, Inc., the company was founded in 1986 and develops specialized software for test and measurement, medical, and scientific applications.

Since its establishment in 1986, HEAD Acoustics has consistently excelled as a trusted partner in the fields of acoustics, vibrations, speech, audio, and sound quality. With their distinguished reputation as one of the world's leading companies in sound and vibration analysis, HEAD Acoustics has garnered global recognition for their expertise and pioneering contributions to measuring and optimizing speech and audio quality across various communication technologies. The fusion of state-of-the-art measurement technology with decades of practical experience in industrial settings is highly valued by their esteemed clientele.

In tandem with QuantusSeries, MECALC leverages HEAD Acoustics' cutting-edge hardware and software solutions to deliver scalable and tailored offerings for a diverse range of applications. Through close collaboration with HEAD Acoustics, we are dedicated to developing precise acoustic optimization approaches that cater to the unique needs and requirements of our mutual customers. This fruitful partnership propels us towards our shared commitment to delivering exceptional solutions and further advancing the field of acoustics, vibrations, speech, audio, and sound quality.

Landtop Technologies Co. Ltd. offers comprehensive testing solutions for acoustics, NVH, and Telecom applications. Working closely with its clients, Landtop develops advanced solutions based on their unique requirements. Landtop’s ATOM NVH application software runs on the QuantusSeries and they are MECALC’s global OEM partner and general distributor in China.

Microflown Technologies was founded in 1998 following the invention of the particle velocity sensor. The Microflown sensor is a truly unique acoustic sensor. It is the first sensor in the world that allows to directly measure particle velocity as a physical quantity. Twenty years after the invention, with customers all over the world, we have proven to be an important contribution to the understanding and charting of sound fields. Based upon its unique MEMS acoustic particle velocity sensor, Microflown Technologies develops and markets highly innovative products and testing services in the field of sound and vibration.

Together, QuantusSeries and Microflown’s PU probe arrays and software provide complete integrated data acquisition solutions for our customers’ unique measurement requirements.

Part of the Müller-BBM group, Müller-BBM VibroAkustik Systeme offers highly integrated, process-oriented software solutions for acoustic and vibration applications. Focused on developing specialist engineering testbench software for data analysis and management, Müller-BBM VAS has worked with MECALC for 24 years to provide a complete and streamlined solution: one process-oriented data acquisition, analysis and management system, created to empower experts and non-experts alike.

Müller-BBM VibroAkustik Systeme’s PAK live.hub connects devices that collect data and allows multiple applications to use that data at the same time. It makes it easier to work on different tasks together and improves how products are developed by combining different types of information. The QuantusSeries multiboot allows the same device to boot in QServer or PAK live.hub.

Signalysis, established in 1987, is renowned for its customer-centric approach in providing tailored solutions to meet the diverse needs, applications, and budgetary constraints of its clients. With the cutting-edge software measurement solution, SigQC, users can leverage Signalysis' decades of expertise in data acquisition solutions. This configurable software offers a comprehensive platform to address various testing requirements. Whether it's turnkey quality control systems or specialized consulting services, the collaboration between Signalysis and MECALC, powered by QuantusSeries, presents unparalleled solutions capable of tackling any test challenge that may arise.

Vibrant, a renowned company in the industry, is widely recognized as one of the pioneers in the field, thanks to its visionary founder, Dr. Mark Richardson, Sr. Driven by his profound understanding of the significance of vibration analysis in structural testing and machinery maintenance, Dr. Richardson led the development of groundbreaking technologies. He spearheaded the creation of the first commercially available FFT-based modal testing system, revolutionizing the industry. Additionally, he introduced the HP 5423A Structural Dynamics Analyzer, the world's first dedicated modal testing instrument. Dr. Richardson also played a pivotal role in bringing to market the inaugural modal software for analyzing structural noise and vibration issues, as well as the first software compatible with personal computers. Established in 1991, Vibrant, under the guidance of Dr. Richardson and a team of experienced engineering professionals, has continued to enhance and refine this pioneering technology, now known as the MEscope visual engineering software series.

Weles Acoustics designs, builds and manufactures particle velocity sensors dedicated to precise vibro-acoustic measurements. Based on our cutting edge sensor and technology we’ve created unique sound probes that unravel any sound field without frequency limitations. Discover new possibilities of sound control and noise source localization. Among the key applications of our sound probes and measurement solutions built around them, are all challenges related to sound source localization - regardless of the size of the source or its operating environment.