Manufacturing
Thermal Solutions for Silicon, Test, and Next-Gen Manufacturing Workflows
Modern production environments demand excellence in silicon fabrication, semiconductor testing, electric vehicle manufacturing, and laser-based production methods, as well as seamless digital workflows that coordinate people, equipment, and information across the organization. Every manufacturer today must harness high-performance computing and vital electronics to deliver high-quality products on time and within budget.
At Mikros Technologies, we provide innovative, high-efficiency liquid cooling solutions that empower manufacturers to maintain a competitive edge and achieve their key performance indicators. Our liquid cooling technology is crucial for improving uptime, scaling operations, and ensuring the accuracy and longevity of critical hardware in offices, testing labs, and shop floors.
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Mikros Technologies designs custom liquid cooling solutions for thermal-critical workflows in semiconductor, automotive, and industrial manufacturing environments. Engineered for continuous operation, our solutions integrate seamlessly into industrial enclosures, cabinets, and edge computing platforms, delivering long-lasting performance with minimal maintenance. We support chip testing and wafer handling applications that require precise heat removal and temperature stability, and offer GPU-optimized cooling for electric vehicle R&D, enhancing performance across digital twin platforms, battery simulation servers, and in-vehicle computing. Our low-vibration, high-efficiency cold plates are also ideal for laser machining, photonics, and LiDAR systems.
#1
Data Center GrowthManufacturers are taking decisive action to modernize and consolidate their data center infrastructure. As chip complexity increases and system power densities rise, traditional air cooling struggles to keep pace with the performance and uptime demands of modern manufacturing environments. Our liquid cooling solutions deliver unparalleled performance in tight spaces with limited airflow. By leveraging liquid cooling technology, manufacturers enable denser configurations that enhance reliability and uptime, empowering staff to work more consistently and effectively.
#2
Environmental ChallengesManufacturing facilities often face high ambient temperatures and elevated noise levels due to the operation of equipment. Liquid cooling systems play a crucial role in this environment by efficiently transferring heat away from critical components to a heat exchanger. This process helps maintain lower temperatures, ensuring optimal performance and preventing overheating, which can lead to equipment failure. Additionally, liquid cooling systems operate almost silently, unlike air-cooling systems that can generate significant noise during operation.
#3
Precision EquipmentIndustrial lasers and optics demand effective cooling solutions that are compact, silent, and produce minimal vibration. Mikros Technologies provides high-performance, low-profile liquid cooling solutions that ensure thermal stability for precision devices. This effectively prevents performance degradation caused by overheating and ensures consistent quality.
#4
R&D SimulationsSimulations are widely used in manufacturing, particularly in the development of electric vehicle (EV) systems. This includes simulating batteries, motors, and sensors, which rely heavily on GPU-intensive compute clusters and real-time modeling techniques. These demanding workloads require sustained, high-performance cooling. Mikros Technologies’ liquid cooling solutions are highly effective in preventing thermal throttling and enabling longer simulation runtimes, especially in constrained lab environments. Investing in liquid cooling technology is essential for optimizing performance and achieving breakthrough developments.
#5
Semiconductor TestingChip testing platforms generate substantial heat while requiring ultra-consistent thermal control. Even minor temperature fluctuations can compromise the test's validity. Mikros Technologies' liquid cooling solutions address this challenge by maintaining temperature stability with minimal variation, ensuring repeatable, reliable test outcomes. This approach includes benchtop testing to validate designs, wafer-level testing to eliminate defective dies, functional or specification-based testing, and system-level testing.
#6
ESG MandatesMany manufacturers are effectively incorporating environmental, social, and governance (ESG) factors into their strategies, risk management practices, and reports. Companies adopting liquid cooling solutions for data center infrastructure and production equipment significantly reduce overall energy consumption, lower total cost of ownership over time, and strongly support corporate sustainability goals.
#1
Data Center GrowthManufacturers are taking decisive action to modernize and consolidate their data center infrastructure. As chip complexity increases and system power densities rise, traditional air cooling struggles to keep pace with the performance and uptime demands of modern manufacturing environments. Our liquid cooling solutions deliver unparalleled performance in tight spaces with limited airflow. By leveraging liquid cooling technology, manufacturers enable denser configurations that enhance reliability and uptime, empowering staff to work more consistently and effectively.
#2
Environmental ChallengesManufacturing facilities often face high ambient temperatures and elevated noise levels due to the operation of equipment. Liquid cooling systems play a crucial role in this environment by efficiently transferring heat away from critical components to a heat exchanger. This process helps maintain lower temperatures, ensuring optimal performance and preventing overheating, which can lead to equipment failure. Additionally, liquid cooling systems operate almost silently, unlike air-cooling systems that can generate significant noise during operation.
#3
Precision EquipmentIndustrial lasers and optics demand effective cooling solutions that are compact, silent, and produce minimal vibration. Mikros Technologies provides high-performance, low-profile liquid cooling solutions that ensure thermal stability for precision devices. This effectively prevents performance degradation caused by overheating and ensures consistent quality.
#4
R&D SimulationsSimulations are widely used in manufacturing, particularly in the development of electric vehicle (EV) systems. This includes simulating batteries, motors, and sensors, which rely heavily on GPU-intensive compute clusters and real-time modeling techniques. These demanding workloads require sustained, high-performance cooling. Mikros Technologies’ liquid cooling solutions are highly effective in preventing thermal throttling and enabling longer simulation runtimes, especially in constrained lab environments. Investing in liquid cooling technology is essential for optimizing performance and achieving breakthrough developments.
#5
Semiconductor TestingChip testing platforms generate substantial heat while requiring ultra-consistent thermal control. Even minor temperature fluctuations can compromise the test's validity. Mikros Technologies' liquid cooling solutions address this challenge by maintaining temperature stability with minimal variation, ensuring repeatable, reliable test outcomes. This approach includes benchtop testing to validate designs, wafer-level testing to eliminate defective dies, functional or specification-based testing, and system-level testing.
#6
ESG MandatesMany manufacturers are effectively incorporating environmental, social, and governance (ESG) factors into their strategies, risk management practices, and reports. Companies adopting liquid cooling solutions for data center infrastructure and production equipment significantly reduce overall energy consumption, lower total cost of ownership over time, and strongly support corporate sustainability goals.
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