We are an engineering & manufacturing firm offering air & liquid cooling products including heat sinks & cold plates. Questions? email us ats-hq@qats.com

Joined November 2008
12,362 Photos and videos
Proper heat pipe bending matters. ⚙️❄️ Poor bends can crimp or damage a heat pipe, reducing its ability to move heat. ATS explains how purpose-built bending tools help engineers create accurate, reliable & reproducible bends. Read: f.mtr.cool/dqotninlyk
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Heat sinks for NVIDIA® Jetson™ Thor modules 🪒 Robust cooling for edge computing, physical AI, and robotics platforms 🪒 Active and passive cooling options 🪒 Cool up to 175W TDP at 50 °C See: f.mtr.cool/xuuhvsdfeb #nvidia, #thermalmanagement, #CoolingSolutions
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From prototype to production, ATS supports engineers with manufacturing services for thermal management applications. ⚙️❄️ Explore: f.mtr.cool/iwhoduhnyt

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Need to better understand heat pipes for electronics cooling? ⚙️❄️ ATS’ 18-page Heat Pipes Engineering eBook covers heat pipe fundamentals, wick structures, orientation effects, heat sink integration & advanced topics like nanofluids. Download: f.mtr.cool/zovfskbrno
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tvLYT™ is a portable, cost-effective liquid crystal thermography system for high-resolution temperature measurement of electronics, PCBs, micro-circuits & ICs. Locate hot spots, detect defects & analyze temperature gradients. Learn more: f.mtr.cool/kwkkupdova
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Need more flexibility in liquid cooling design? 💧⚙️ ATS Dual-Sided High-Flow Cold Plates support component mounting on both sides, up to 4 GPM coolant flow, and thermal resistance as low as 0.0021°C/W. Learn more: f.mtr.cool/zsygddjtit
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As power rises and space shrinks, liquid cooling helps move heat from high-heat-flux devices to remote heat exchangers. Read ATS’ white paper on liquid cooling loops, components & applications. 💧⚙️ Learn more: f.mtr.cool/yhohzkvwgv
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Heat sinks for NVIDIA® Jetson™ Thor modules 🪒 Robust cooling for edge computing, physical AI, and robotics platforms 🪒 Active and passive cooling options 🪒 Cool up to 175W TDP at 50 °C See: f.mtr.cool/dataqopvym #nvidia, #thermalmanagement, #CoolingSolutions
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AMD Kria™ SOMs power edge AI, machine vision, robotics & embedded systems. ATS offers device-specific heat sinks for Kria™ K24 and K26, with passive/active options, secure mounting & pre-assembled TIM. Learn more: f.mtr.cool/zvoprhpzqc
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Thermal management is critical in medical electronics, where reliability, safety & compact packaging matter. ⚙️❄️ ATS reviews heat dissipation, airflow, enclosure cooling, testing & design challenges. 📽️ Watch: f.mtr.cool/dxleccouct
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Our latest newsletter “The Importance of Thermal Management” is relevant for engineers because it shows how early thermal analysis, CFD, testing, & system-level design choices can prevent costly redesigns & improve product confidence.  📰 f.mtr.cool/bhrajgjgtb
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AI processors, GPUs & HPC systems need compact liquid cooling built for rising heat loads. ATS ArctiQ™ AI Cold Plates include NEXA and NIVIS Series for high-density compute, edge AI & data center cooling. Learn more: f.mtr.cool/ozkgqbauuq
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Peek inside the ATS CDU-RM250. 👀💧 This compact 4U rack-mount CDU delivers up to 235 kW of single-phase liquid cooling for high-density data center, AI & HPC systems. View the internal components: f.mtr.cool/fusuljuxjs
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Are your PCBs burning up? 🔥 Unlock peak performance with ATS AI & Data Center Cooling Solutions: ArctiQ AI cold plates, liquid cooling systems, iCDM/CDU platforms, AI heat sinks, and thermal design support. Learn more: f.mtr.cool/mbdfzjlkdb
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ATS Advanced Thermal Characterization Labs in Norwood, MA help engineers test, measure & validate electronics cooling performance. Learn more: f.mtr.cool/zwvkalfqwk
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Need to understand vapor chambers for electronics cooling? ⚙️❄️ ATS’ 17-page eBook covers how vapor chambers work, how they pair with heat sinks, performance factors, heat transfer capability & how they compare to heat pipes. Download: f.mtr.cool/mdhjtqdhde
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Need a faster way to screen liquid cold plate options? 💧⚙️ ATS Liquid Cold Plate Design Tool helps engineers compare finned vs. tubed cold plate concepts using inputs like heat load, coolant, flow rate, ΔP, TIM & material. Try it: f.mtr.cool/xsnernzpma
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ATS Case Study: CFD Optimization of a Ruggedized Electro-Optical Cooling Architecture ⚙️❄️ See how ATS optimized fan-forced cooling for a 27 W electro-optical module at 40°C ambient to reduce thermal resistance & improve sensor stability. Read: f.mtr.cool/xydfshlbad
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Choosing the right heat sink is only half the solution. The attachment method impacts thermal contact, mechanical stability & cooling performance. Watch ATS Product Engineering Manager Greg Wong cover clips, push pins, Z-clips, epoxy, tape, screws & more: f.mtr.cool/mueuqtbqul
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Heat sinks for NVIDIA Jetson Thor modules 🪒 Robust cooling for edge computing, physical AI, and robotics platforms 🪒 Active and passive cooling options 🪒 Cool up to 175W TDP at 50°C See: f.mtr.cool/lsvregweau #nvidia, #nvidiajetsonthor, #AISOMcooling, #nvidiajetsonthormodule
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