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AURORA

2D heat spreading for height-constrained, high-power applications.

AURORA's innovative design

Designed for Seamless IGBT Integration

Explore AURORA’s precision-engineered structure with an interactive image comparison. See its lightweight, durable aluminum exterior and large evaporators, which enables uniform cooling across the entire component, preventing hotspots and ensuring consistent thermal performance.

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Aurora P1 full view Without IGBT copy
AURORA

Two Architectures. One Platform.

Both AURORA products are built on patented NEOcore thermosyphon technology and outperform aluminium heat sinks in narrow air duct applications. The difference is how much thermal headroom your enclosure demands.

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Next GenerationAURORA-X. For Maximum Performance in the Tightest Spaces

When your SiC modules are pushing beyond what skived or extruded aluminium can handle — and your enclosure leaves no room for a mechanical redesign — AURORA-X is the answer. Free-form geometry. Omnidirectional heat spreading. Fins alignable to any airflow direction.

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Proven StandardAURORA. For Reliable, Cost-Efficient Narrow-Duct Cooling

When you need proven two-phase cooling performance in a standard narrow-duct footprint without the complexity of a custom geometry, Classic AURORA delivers. A scalable, cost-efficient solution trusted across AC drives, lifts, and industrial converters.

 

NEXT GENERATION · POWERED BY NEOcore-X

AURORA-X. Two Directions. One Baseplate. No Hot Spots.

The next generation of narrow-duct air cooling is here. AURORA-X spreads heat in two directions across the baseplate simultaneously — from the moment it enters the evaporator. The fully aluminium NEOcore-X evaporator eliminates thermal interfaces inside the heat sink, delivering uniform temperature distribution across every mounted module, regardless of layout asymmetry or uneven load.

AURORA-X fits the installation envelope of conventional aluminium heat sinks. And when the application calls for something purpose-built, we engineer the solution around your enclosure.

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2D Heat Spreading

Conventional heat sinks spread heat in one direction, along the fin array axis. AURORA-X spreads heat in both directions across the baseplate simultaneously, from the moment it enters the evaporator. Hot spots are eliminated before they form.

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Thinner Baseplate. More Fin Height.

A thinner baseplate frees up more usable air interface height within the same system envelope. More fin height means more cooling power — without changing a single mechanical dimension of your design.

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Drop-In Replacement

AURORA-X is a direct form-factor replacement for aluminium heat sinks in narrow air duct applications. Retrofit legacy equipment or design next-gen hardware — the envelope stays the same.

Benchmarked head-to-head. Identical airflow. Identical load.

The Numbers Speak.

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−19 K
Cooler than skived aluminium at 2,200 W
−19 K
Cooler than skived aluminium at 2,200 W
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−44 K
Cooler than extruded aluminium
at 2,200 W

−44 K
Cooler than extruded aluminium
at 2,200 W

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3–5×
Higher power densities unlocked for next-gen SiC modules

3–5×
Higher power densities unlocked for next-gen SiC modules

Performance chart:

A line chart showing Extruded Aluminium / Skived Aluminium / AURORA-X curves crossed with LV100 IGBT power module, across the 600–3,000 W range.

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Where It Works

Built for the Applications That Can't Afford to Overheat.

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EV Charging
EV ChargingMegawatt Charging. Built for the charging infrastructure pushing past 1 MW.
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Solar Converters
Solar Converters

More energy harvested starts with cooler power modules. ULTIMA-X keeps your inverters running at peak efficiency.

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Lifts and Elevators
Lifts and Elevators

Compact, reliable, and straightforward to retrofit into existing enclosures.

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BESS Inverters
BESS Inverters

From standard to high-density battery storage.

AC Drives
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AC Drives
AC Drives

Reliable, cost-efficient cooling for standard IGBT motor control stacks.

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UPS Power Sources
UPS Power Sources

Reliability-critical applications across a wide range of power levels.

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Telecommunications
Telecommunications

5G base stations and telecom infrastructure demand silent, maintenance-free cooling in tight spaces.

 

Get Started

The Next Step is Straightforward.

Read the Details.

Everything you need to evaluate ULTIMA-X for your application. Thermal performance data, mechanical specifications, and application fit.

 

See It In Your Application.

We simulate your specific geometry and load case using the same validated models behind the performance data. You get a clear answer on whether ULTIMA-X fits, at no cost, no obligation.