NOVOSIM - Cutting-edge test system solutions and automation machinery

Our Test Dynamometer service offers comprehensive durability testing for a wide range of rotating elements, including transmissions, axles, gears, transfer cases, and shafts. With our advanced system, we can simulate various scenarios to evaluate the durability and expected lifespan of these critical components. Key Features: Customized testing scenarios to replicate real-world conditions Precise data collection using state-of-the-art sensors Easy-to-use user interface for simplified test setup and execution Dedicated support and training for test center operators

Our Test Dynamometer service extends beyond component testing to offer vehicle-level testing without the need to take vehicles on the road. By replicating powertrain-induced errors in a controlled environment, we uncover potential issues and provide valuable insights for engineering teams to develop effective solutions. Key Features: Customized test setups for vehicle-level simulations Identification of problem areas and iterative solution development Seamless data collection from a variety of sensors User-friendly interface for easy test case configuration and execution

Accelerate your product development cycle with our Test Dynamometer service. Our system enables accelerated testing of transmissions, axles, gears, and other rotating elements to identify potential issues early in the development process. With fast data collection and intuitive user interface, we help you iterate quickly and efficiently. Key Features: Accelerated testing for faster product development Comprehensive data collection from low-speed and fast channels Quick setup and execution of test cases Expert support and training for test center operators

Address complex engineering challenges with our custom Test Dynamometer solutions. Our team works closely with yours to design and implement custom testing setups tailored to your specific requirements. From component-level testing to vehicle-level simulations, we provide the flexibility and expertise you need to overcome any challenge. Key Features: Tailored testing solutions for unique engineering challenges Collaborative approach to design and implementation Advanced data collection capabilities for comprehensive analysis Seamless integration with existing workflows and processes

Make informed decisions with our Test Dynamometer service. Our comprehensive data collection process gathers valuable insights from low-speed channels, fast channels, and a variety of sensors. With detailed analysis and reporting, we empower your engineering team to make data-driven decisions that drive innovation and success. Key Features: Comprehensive data collection from diverse sensor types Detailed analysis and reporting for actionable insights Customizable test scenarios to address specific requirements Expert support and guidance throughout the testing process

Experience Sound Excellence: Explore our Reverberation Rooms for precise acoustic absorption measurements. Acoustic Testing Perfection: Dive into our Reverberation Rooms to assess material absorption capabilities. Optimize Acoustic Performance: Discover our Reverberation Rooms for unparalleled sound evaluation.

Cabins are used to determine the acoustic absorption properties of materials and are generally called "acoustic test cabins" or "reverberation rooms". These cabins are designed to detect the sound absorption properties of materials against frequency, measure their acoustic performance and determine their properties. Here are some of different types of cabins: ​ Reverberation Rooms: In these rooms, sound waves hit and reflect on surfaces and resonate for a while. In this process, the acoustic absorption capabilities of the material are measured. Acoustic Test Booths: These booths are designed to evaluate the acoustic performance of specific materials or products. They often include high-sensitivity microphones, sound sources and measuring devices. Acoustic Rooms: These rooms are generally large and can be specially designed. It is used for larger-scale or special tests of the acoustic properties of materials.

Cabins are used to determine the acoustic absorption properties of materials and are generally called "acoustic test cabins" or "reverberation rooms". These cabins are designed to detect the sound absorption properties of materials against frequency, measure their acoustic performance and determine their properties. Here are some of different types of cabins: Reverberation Rooms: In these rooms, sound waves hit and reflect on surfaces and resonate for a while. In this process, the acoustic absorption capabilities of the material are measured. Acoustic Test Booths: These booths are designed to evaluate the acoustic performance of specific materials or products. They often include high-sensitivity microphones, sound sources and measuring devices. Acoustic Rooms: These rooms are generally large and can be specially designed. It is used for larger-scale or special tests of the acoustic properties of materials.

Alpha Cabins (Determination of acoustic properties of materials) Cabins are used to determine the acoustic absorption properties of materials and are generally called "acoustic test cabins" or "reverberation rooms". These cabins are designed to detect the sound absorption properties of materials against frequency, measure their acoustic performance and determine their properties. Here are some of different types of cabins: ​ Reverberation Rooms: In these rooms, sound waves hit and reflect on surfaces and resonate for a while. In this process, the acoustic absorption capabilities of the material are measured. Acoustic Test Booths: These booths are designed to evaluate the acoustic performance of specific materials or products. They often include high-sensitivity microphones, sound sources and measuring devices. Acoustic Rooms: These rooms are generally large and can be specially designed. It is used for larger-scale or special tests of the acoustic properties of materials.

Cabins are used to determine the acoustic absorption properties of materials and are generally called "acoustic test cabins" or "reverberation rooms". These cabins are designed to detect the sound absorption properties of materials against frequency, measure their acoustic performance and determine their properties. Here are some of different types of cabins: ​ Reverberation Rooms: In these rooms, sound waves hit and reflect on surfaces and resonate for a while. In this process, the acoustic absorption capabilities of the material are measured. Acoustic Test Booths: These booths are designed to evaluate the acoustic performance of specific materials or products. They often include high-sensitivity microphones, sound sources and measuring devices. Acoustic Rooms: These rooms are generally large and can be specially designed. It is used for larger-scale or special tests of the acoustic properties of materials.