ENERGYID 967264

LNG Flux Vaporiser

Submitted by

Additive Companion

Industry: Energy
Year: 2025
Country: Norway

Summary

LNG Flux Vaporiser by IKM Flux vaporiser additively manufactured using DMLS. Its internal geometry was developed using Artificial Intelligence (AI) and Computational Fluid Dynamics (CFD) to optimize heat transfer paths that are impossible to create with traditional machining.

Project Gallery

Technology Details

Printer Technology: DMLS
Printer Category: Powder Bed Fusion
Material: Aluminium
Feedstock Form: Powder
Finishing: Bead Blasting

Process Steps

Printer category: Powder Bed Fusion

1
Step 1Design
Design Software
ToffeeX
2
Step 2Printing
Technology
DMLS
Material
Aluminium
Hardware Manufacturer
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3
Step 3Post-processing
Post-processing Type
Bead Blasting

Application Profile

Cost per Part

€€€€€

€500 plus

Indicative single unit production cost at time of manufacture.

Project Scale

Small Series

Product Type

Component

Sustainability Rating

★★☆

Can depend on fossil fuels and high energy use, but allows unconsumed material to be directly reused for printing without reprocessing, significantly reducing manufacturing waste. This rating relates to the technology type only. The design, purpose and longevity of the entire object can offset any of the technology type's negative sustainability credentials.

Software

ToffeeX

Key Advantages

Complex Geometry

Points of Interest

Internal Channels

Recognition

Press

Providers Involved

Providers

EOSHardware Manufacturer

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