Finnish data centres are emerging as global leaders in sustainable AI infrastructure, as highlighted in Hufvudstadsbladet’s coverage of the Telia Helsinki Data Center (HDC), which operates on 100% renewable energy and recovers waste heat for the Helsinki district heating network. The article showcases how facilities are reducing water consumption while meeting rapidly increasing AI‑driven computing demands. It also features the IXOLIFT DataLift E PRO, underscoring the importance of safe, efficient, and ergonomic server‑handling solutions in modern high‑density data‑centre environments.
Published by IXOLIFT | Customer Reference | DataLift News
Hufvudstadsbladet Article
Hufvudstadsbladet — the highest circulation Swedish language newspaper in Finland, headquartered in Helsinki — has published an article on how Finnish data centres are reducing water consumption while supporting the growing demands of AI.
The article was photographed inside Telia Helsinki Data Center (HDC) — a flagship Nordic facility recognized for its security, sustainability, and high‑performance computing capabilities. HDC operates on 100% renewable energy and features an advanced waste heat recovery system that feeds excess heat into the Helsinki district heating network, helping warm homes and supporting a circular‑economy ecosystem.
IXOLIFT DataLift E PRO in Action
The article includes a photo featuring our IXOLIFT DataLift E PRO operating inside this state‑of‑the‑art environment.
A big thank‑you to the data‑centre teams who rely on IXOLIFT every day. Our mission remains unchanged: helping the industry work safer, cleaner, and smarter.
Additional Information
For those who read Swedish, you can click the link in the comments to read the full article. This screen capture is in English for easy reading. Original article in Swedish: here. Hufvudstadsbladet author: Daniel Nord, photo credit: Timo Kari
A full two-part recap of our live showcase at DCW London — from first impressions to live E Max demonstrations that convinced operators, implementors, and investors on the spot.
Published by IXOLIFT | Data Centre World London 2026 | DataLift News
Part 1: Industry Momentum & First Impressions
Setting the Scene at DCW London
Showcasing IXOLIFT DataLift in the heart of London’s data centre hub has been a fantastic experience. The engagement, conversations, and sheer interest from industry leaders, innovators, and the wider ecosystem were nothing short of inspiring.
It’s remarkable to witness how far the data centre industry has come. The momentum today is fivefold what it was just five years ago — the supplier ecosystem has grown by an estimated 50–80% since 2020, driven by the expansion of infrastructure segments, vendor product lines, and an ever-growing addressable market.
Industry Scale: By the Numbers
Over 15,000 visitors attended Data Centre World London 2026
More than 300 exhibitors represented the global DC ecosystem
50–80% estimated growth in the supplier ecosystem since 2020
Industry momentum is 5x what it was five years ago
Key Trends Observed on the Floor
The pace of growth, the shift toward smarter operations, and the collective push for safer, more efficient server handling solutions are clearly shaping the future of our sector. The “who’s who” of the data centre world were all under one roof — and the conversations reflected a shared sense of urgency around operational excellence.
A huge thank you to everyone who stopped by the Daxten Limited stand, tested the equipment, asked thoughtful questions, and shared valuable insights — and special thanks to Phillip McGuinness and John Donald for their partnership.
Part 2: When Innovation Proves Itself Live
Live Demonstrations of the IXOLIFT DataLift E Max
Following the incredible buzz from the first part of the show, the second half of the DCW London 2026 experience took things to a whole new level — with live demonstrations of the IXOLIFT DataLift E Max in action.
From the moment the demos began, DC operators, implementation teams, and investors immediately understood why the E Max has become the trusted choice for Tier 1 and hyperscale environments. Seeing its capability firsthand made all the difference.
What Convinced Them: E Max Key Capabilities
✔ Effortless Lifting of Heavy IT Equipment
The E Max is engineered for demanding server loads — handling up to 500 kg for heavy migrations with precision and stability.
✔ Safer, Smarter Operations
Built to prevent injury and protect valuable IT hardware, the E Max meets stringent European and international safety standards: EN ISO 3691-5:2020, EN ISO 12100:2010, and Machinery Directive 2006/42/EC.
✔ One-Operator Efficiency
Teams were impressed by how easily a single operator could navigate tight aisles, rotate on the spot, and position equipment accurately — even in dense rack rows.
✔ Zero Oil Leaks + Low Maintenance
The oil-free gearbox design and clean operation make the E Max ideal for sensitive data hall environments — reducing mess and minimising downtime.
✔ True Agility in Real-World Rack Conditions
The side-loading capability, dual-mast visibility, and front wheel lock from the control panel were standout features during live demos — showcasing how the E Max adapts to practical racking situations in the field.
The Operator Verdict
“When operators try the E Max themselves, they immediately see the ROI in safety, time, and operational excellence.”
Key Takeaways from DCW London 2026
Our presence at Data Centre World London reinforced what we already know — and revealed new opportunities:
The data centre industry is in a period of exceptional, sustained growth
Hands-on demonstrations are the most powerful sales tool — seeing is believing
Operators across Tier 1 and hyperscale environments are actively seeking safer, more efficient handling solutions
Partnership with Daxten Limited continues to elevate IXOLIFT’s profile across Europe
Made in Finland, built for the world — the E Max is setting the standard for safe server handling
What’s Next for IXOLIFT DataLift
DCW London was just the beginning. The conversations started here will shape partnerships and deployments across Europe and beyond throughout 2026. We are committed to continuing to innovate, collaborate, and empower data centres with solutions built for the next decade of growth.
Stay tuned for more product news, upcoming event appearances, and case studies from live deployments of the IXOLIFT DataLift E Max.
Working at height inside a data hall shouldn’t feel like a balancing act — and it definitely shouldn’t require risky ladders or hydraulic lifts. That’s exactly why the X510 has been gaining traction so quickly across modern data centres.
Here’s why operations teams in Hyperscalers and Colocations are choosing it:
The perfect tool for safe, elevated work
Whether it’s overhead cabling, containment, patching, or inspections, the X510 lifts personnel securely to the height they need — with stable support, smooth movement, and zero wobble.
It’s designed for real‑world data‑hall use, where safety and precision come first.
Push it manually or drive it electrically
Need to reposition quickly between aisles? You can push the X510 in manual mode for short adjustments or drive it electrically for longer distances.
No hassle. No lag. Just smooth mobility that matches how teams actually work.
Compact footprint for tight aisles
Data centres do not have space to waste.
The X510 is compact and easy to manoeuvre, fitting neatly between racks and navigating narrow aisles without interrupting workflows or blocking pathways.
No oil. No hydraulics. No mess.
Unlike traditional people‑lifters, the X510 uses zero hydraulic oil. That means:
No risk of leaks
No contamination concerns
No oily surfaces
Far less maintenance
Perfect for hyperscale and enterprise environments where cleanliness and uptime are non‑negotiable.
An electric drivetrain that’s 40% more efficient
The X510’s fully electric system isn’t just clean — it’s significantly more energy‑efficient than hydraulic alternatives.
More efficiency = less power draw, less heat, and more predictable performance across the entire facility.
Minimal maintenance, maximum uptime
With no hydraulics, no oil changes, and no hydrogen‑gas hazards, the maintenance load drops dramatically.
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