Quarterly Update

Slicers Update

New Meltio Space v1.11

New version will be available soon, introducing automatic profile management, enhanced .txt export, and support for multiple process settings. It also adds new supports functionality, toolpath and part rotation capabilities, and automatic TCP & WorkObject validation. Additional improvements include advanced visualization tools, toolpath editor enhancements, improved positioner control, and a simplified single/dual material mode.

New Meltio Horizon v1.11

New version will be available soon, features improved slicing, standardized double perimeter profiles, expanded visualization with 2D and 3D G-code viewers and energy density display. It also introduces machine profile export/import and simplified settings by removing “Basic” printing parameters. Additional improvements include infill expansion when no contours are present, customizable model printing order, and a direct link to create support tickets.

 

Meltio Material Print Profiles

Blue Laser 1.0 kW profiles in Meltio Horizon, and 1.0 kW and 1.4 kW profiles in Meltio Space. We are continuing to work on developing and improving the profiles.

Unlock faster printing on your Engine Blue upgrading to 1.4kw. 💡 Free for resellers!

 

Meltio Materials Data Sheets – Q1 2026 Edition

The structural properties of Meltio materials can be found in the corresponding material datasheets available on the Meltio website, which now also include the material classification according to ISO/ASTM 52926-1:2024.

 Stay updated with the latest data sheets.

👉 View online our Meltio Materials

 

Meltio Material Characterisation Handbook – Q1 2026 Revision

The handbook now includes a detailed explanation of how to visually evaluate the oxidation levels of printed titanium, an updated list of compatible materials. 

Academy:  Engine: Link   Engine Blue: Link  M450: link  M600: Link

 
If you have any questions, doubts or suggestions please don’t hesitate to contact [email protected]
 
 

After sales

Bulletin Service Workflow

Our After Sales team is working to improve your experience with Meltio Products, we are communicating to our resellers our updated workflow, with that we want to guarantee:

  • Comprehensive support: From installation through to ongoing technical support.
  • Maximum performance: Inspection protocols for intensive and efficient use.
  • Zero downtime: Use of Uptime Kits to minimise downtime.

Strategic agreement between Meltio and Air Liquide

This strategic agreement between Meltio and Air Liquide optimizes access to argon gas, a critical element for ensuring the highest quality in laser wire deposition technology. By reducing operating costs with competitive prices of up to €3 per m³ in Europe, we facilitate a more cost-effective and widespread adoption of our equipment in industrial settings.

Please contact your reseller for more information or don't hesitate to send us a ticket through our ticketing system.

 

Standards and Certifications

During this quarter, Meltio has obtained the following certifications::

  • ISO 9001:2015 – Quality management systems
  • ISO 14001:2015 – Environmental management systems

These certifications reflect our ongoing commitment to quality, process improvement, and environmental sustainability across all our operations.

 

Meltio in Academic Research

At meltio3d.com, you will find a repository of scientific articles about our technology, designed to share knowledge. This repository will be continuously updated, offering access to the latest research and advances in the field of additive manufacturing. 

Link :Meltio3D

Here is our take on each one:

Evolution of dislocations during the rapid solidification in additive manufacturing

This study examines the formation and evolution of dislocations during metal additive manufacturing. Using wire-laser directed energy deposition (DED) of 316L stainless steel, the researchers analyzed microstructural changes occurring during rapid solidification and thermal cycling.

Operando high-energy synchrotron X-ray diffraction, multi-physics simulations, in-situ neutron diffraction, and electron microscopy were used to monitor dislocation density and microstructure evolution in real time.

The results show that rapid cooling and repeated thermal cycles strongly influence dislocation generation and evolution, affecting mechanical properties and corrosion resistance. Understanding these mechanisms can help optimize processing parameters and improve AM component reliability.

Relevance for Meltio: The research used a wire-laser DED system comparable to Meltio technology, and printing parameters were selected based on Meltio recommendations to produce bulk samples.

Link: External Link

Turning Metal Innovation into Industrial Growth, Together

Empower Yourself

Optimize the performance of the Meltio Engine by fine-tuning process parameters for enhanced efficiency and output via:

Automated process parametrization selecting only Geometry, Quality and Materials

 

Wide selection of Slicing Strategies for industrial use

Combine and Sequence 10 different Slicing Strategies, developed based on Meltio’s experience since 2021 on only one manufacturing program.