We Deliver the
Future of AI Cooling
DCX delivers scalable cooling for AI infrastructure
Powering Next-Gen
AI Data Centers
DCX Liquid Cooling Systems delivers scalable liquid cooling infrastructure for AI, HPC, and hyperscale data centers. Our portfolio includes CDU and FDU systems, immersion cooling, dry coolers, engineered fluids, and modular cooling solutions designed for high-density workloads. By enabling efficient warm-water cooling and heat reuse, we help reduce energy consumption while supporting the future of AI infrastructure.
8.15 MW
Exceptional Cooling Capacity
Delivered per Single Unit
+500 MW
Shipped and covered by
signed contracts in 2025
120+
Specialists behind
our technology
Our Journey
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Meet the Experts
Behind DCX
Tomasz Buk
CEO
Maciek Szadkowski
CTO
Marta Wiącek
CFO
Ernest Kulik
Director of Logistics
Kamil Kapanajko
Plant Director
Jacek Dolny
Marketing Manager
Magda Staniszewska
HR Manager
Dominik Kowalski
Delivery Director
Know More About
What's Incoming
We Will Guide You the Whole Time
Everything starts with conversation. Trust us with your project and get us to work on your idea
Invite Us to Your Project
We support both small entities and large enterprises. Initial system design – free of charge.
Let’s Chat with Us
If you have a liquid cooling or heat reuse project – we are yours to talk. Free of charge.
Get the Support
A comprehensive remote, and on-site service. Included with every system we deliver.
Liquid Cooling Explained
Discover the future of data center cooling through a series of short, expert-led videos. Our CTO, Maciek Szadkowski, answers the most important questions, debunks common myths, and reveals what really matters when it comes to modern liquid cooling systems.
Watch the Series
Tell Us About Your Project
The more you tell us up front, the faster we can come back with a real design rather than a brochure. Where possible, include:
- IT load: target capacity in MW, and rack density in kW
- Hardware: GPU or accelerator platform, rack format (19", 21", ORV3), cold plate or immersion
- Loop conditions: available facility water temperature and flow, or "not decided yet"
- Heat rejection: dry coolers, chilled water, district heating, or open
- Site: city and country, plus design ambient temperature
- Timeline: target energisation date and whether this is new build or retrofit
Contact