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Reinventing readiness: How Meltio’s technology is powering the Defense sector
In the defense sector, readiness is everything. Whether it's a naval...
Rethinking mould repair & spare parts productions
Mold and die making are foundational to global manufacturing, supporting...
Exploring Titanium. Key insights
Additive manufacturing (AM), commonly known as 3D printing, is a...
Exploring Powder DED technologies: Key insights
In this blog, we'll look at the advantages of Meltio's process compared...
Nickel: A deep dive into this versatile metal
In the world of precision engineering, material selection is crucial for...
Wire Arc Additive Manufacturing: Key insights
Due to recent advancements in processes and systems, Additive...
Exploring Stainless Steel: Innovations in material technology
Steel is one of the most versatile and essential materials in modern...
What’s Additive Manufacturing?
Additive manufacturing, commonly known as 3D printing, has transformed...
Combining Stainless Steel and superalloys for high-performance multimaterials applications
The need to combine different material properties in order to withstand...
Meltio technology solves a real-world engineering challenge onboard the USS vessel Somerset
The adoption of advanced manufacturing technologies is transforming...
Advancing laser wire deposition with Blue lasers
Industrial laser systems have standardized around a common design—a...
From factory floor to new markets: Metal 3D printing modernizing manufacturing
Fuji-Koshuha, headquartered in Osaka, introduced the Meltio Engine Robot...
Meltio’s dual-wire 3D printing technology
In the ever-evolving world of additive manufacturing, innovation often...
Metal 3D Printing solutions to overcome shortfalls in defense logistics
How is Meltio DED technology revolutionizing manufacturing processes in...
Meltio consolidates its position as a benchmark in the defense sector
The French Navy has already validated the use of Meltio's patented...
Multi-metal topologically optimised beam with WLMD
MMTO is a collaborative research funded by UCL's Bartlett Faculty of the...
Metal 3D printing for the machine shop
CNC machining is a cornerstone of modern manufacturing. From enhancing...
Metal 3D Printing complex geometries
A modular automation cell was developed in a collaborative project...
The benefits of 3D printing metal parts
3D printing, also known as Additive Manufacturing, arose from the need to...
Metal 3D Printing Materials Guide
Tired of sifting through endless options to find the best materials for...
Blue Lasers for Laser Wire Deposition
With the recent growth in the adoption of laser wire deposition systems...
Mold with Conformal Cooling Channels
Plastic injection is one of the most affordable and widespread processes...
Advantages of Additive Manufacturing
There are several industrial possibilities within additive technology...
What is Laser Metal Deposition
Laser Metal Deposition (LMD) is one of the branches of DED (Direct Energy...
The benefits of a Wire-based 3D Printing Process
The use of wire feedstock with a laser energy source in DED has gained...
Robotic Arm Metal 3D Printing
Robot arm 3D printing, also known as robotic 3D printing or robotic...
Repair strategies with Wire-LMD
This blog post provides a comprehensive overview of repair strategies for...
How does process control work?
Within the domain of 3D metal printing, specifically in Wire-Laser...
Near-net shape and over thickness
This blog post aims to provide an explanation of the concepts of near net...
Printing Cooling Channels using Meltio AM
Conformal cooling channels refer to cooling channels that are designed to...
Development Projects under Meltio Design Guidelines
Development Project: Polymer Injection Molding InsertOverview of the...
Case Study: Conify and Modular Molds for Polymer Medical Items
The EU Project imPURE managed to develop a methodology to reuse existing...
How to add Conformal Cooling features with LMD
Molds and dies operating with hot materials, whether polymers or metals...