Advanced simulation and testing services for scroll compressors and expanders
From automotive air conditioning to industrial processes, our Scroll Tool Simulation provides precise thermodynamic modeling and real-world testing capabilities to help you meet the highest standards of product performance.
Comprehensive analysis to ensure smooth and quiet operation, improving user comfort and compliance with industry standards.
Using state-of-the-art simulation tools to optimize scroll geometry for enhanced thermodynamic efficiency.
Simulate real-world operational stresses to assess long-term reliability and reduce maintenance costs.
Full 1D simulations to model scroll compressor behavior, allowing for efficient thermal management under varying conditions.
Tailored simulations and testing for specific applications, including automotive, industrial, and commercial uses.
Our 1D scroll tool simulation provides a detailed analysis of scroll geometry, thermodynamics, and mechanical performance.
The simulations cover a variety of operating conditions, enabling us to optimize the scroll’s design for different refrigerants, including R744 (CO₂) and R290 (Propane). By accurately modeling heat transfer, pressure drop, and fluid dynamics, we identify the optimal scroll compressor performance for any application.
Through our simulation tools, we replicate real-world operational conditions to test the scroll compressor’s durability and life cycle.
We examine key stress points and simulate fatigue to identify areas for improvement, ensuring the compressors can handle extended operational demands while maintaining peak performance.
Using in-depth NVH testing, we evaluate the noise, vibration, and harshness levels of scroll compressors. Our simulations and tests are designed to minimize vibration and noise, achieving smoother operation and quieter performance—a critical factor for applications in residential HVAC systems and automotive environments.
Our testing process subjects scroll compressors to extreme temperatures, pressures, and humidity conditions, ensuring consistent performance under all environmental conditions. This testing is vital for scroll compressors intended for automotive and stationary applications in various climates.
We provide tailored simulation and testing services to meet the specific needs of each application. Our scroll tool simulation can handle multiple refrigerants and different compressor sizes, making it versatile for a wide range of uses, from automotive to industrial systems.
Our in-house simulation tools enable us to optimize for the most suitable system size, working media, and duty cycle, ensuring the best performance for your specific requirements.
Early identification of potential issues through comprehensive simulations and testing ensures long-lasting compressor performance and reduced failure risk.
Optimizing scroll designs for energy efficiency and durability reduces operational costs and the need for frequent maintenance or repairs.
Our scroll tool simulation covers every aspect of compressor performance, from thermodynamic efficiency to noise reduction, providing a holistic view of system behavior.
Our simulations and testing comply with both automotive and industrial standards, ensuring that your products are ready for mass production and global market entry.
Tailored testing and simulation services to meet your unique application needs, whether it’s for vehicle air conditioning or industrial heating and cooling systems.
