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  Additive Manufacturing Integration and the Rise of Smart Powder Processing

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  Additive Manufacturing Integration and the Rise of Smart Powder Processing

  Additives, Aerospace Industry, AI, Editors pick, Feature Article, Metallurgy

Additive Manufacturing Integration and the Rise of Smart Powder Processing

Smart powder processing in additive manufacturing links engineered [...]

By Stephane Sloots|2025-12-06T12:29:13+00:006 December 2025|Categories: Additives, Aerospace Industry, AI, Editors pick, Feature Article, Metallurgy|Tags: additive manufacturing powders, aerospace applications, AI based monitoring, binder jetting, digital twins, hot isostatic pressing, Industry 4.0, inline characterisation, laser powder bed fusion, medical implants, metal powders, powder reuse, smart powder processing in additive manufacturing|0 Comments

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  Powder Technologies Within Circular Systems

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  Powder Technologies Within Circular Systems

  3D printing, Bulk Solids Characterization, Editors pick, Feature Article, Legislation and Standards, Metallurgy, Moisture Sensitivity, Particle Size Testing, Plastics and Polymers, Porosity, Sustainability

Powder Technologies Within Circular Systems

The relevance of powder testing for circular economy [...]

By POWDERTECHNOLOGY.info|2025-09-27T11:31:50+01:0027 September 2025|Categories: 3D printing, Bulk Solids Characterization, Editors pick, Feature Article, Legislation and Standards, Metallurgy, Moisture Sensitivity, Particle Size Testing, Plastics and Polymers, Porosity, Sustainability|Tags: additive manufacturing, BET surface area, carbon per cycle, ceramics, circular economy, compliance, energy per cycle, flowability, FTIR, ICP-OES, lifecycle assessment, moisture control, morphology, packing density, particle size distribution, polymers, powder metallurgy, powder reuse, powder testing, Quality Control, Raman Spectroscopy, recycled powders, release criteria, ring shear testing, SEM analysis, sintering behavior, spreadability, surface oxidation, traceability, XPS, XRF|0 Comments

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  Ancient Powder Technologies: Metallurgy, Pigments, and Gunpowder Before Western Reinvention

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  Ancient Powder Technologies: Metallurgy, Pigments, and Gunpowder Before Western Reinvention

  Coating, Feature Article, Metallurgy, Pigments and Paints, Science behind the Fiction

Ancient Powder Technologies: Metallurgy, Pigments, and Gunpowder Before Western Reinvention

Ancient civilizations mastered powder processing long before modern [...]

By Stephane Sloots|2025-08-30T15:41:34+01:0030 August 2025|Categories: Coating, Feature Article, Metallurgy, Pigments and Paints, Science behind the Fiction|Tags: ancient ceramics, ancient powder technologies, gunpowder invention, history of powder metallurgy, indigenous technologies, industrial powder evolution, maya blue, pigment grinding, porcelain history, powder processing history, wootz steel|0 Comments

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  Affordable Powders, Reliable Results: AI Monitoring in Metal Additive Manufacturing

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  Affordable Powders, Reliable Results: AI Monitoring in Metal Additive Manufacturing

  3D printing, Aerospace Industry, AI, Future, Insights, Metallurgy

Affordable Powders, Reliable Results: AI Monitoring in Metal Additive Manufacturing

AI monitoring in additive manufacturing makes affordable powders [...]

By Ethan Keller|2025-08-09T16:29:42+01:009 August 2025|Categories: 3D printing, Aerospace Industry, AI, Future, Insights, Metallurgy|Tags: additive manufacturing, AI monitoring, Industry 4.0, melt pool, metal powders, process control, Quality Control|0 Comments

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  Laser Spheroidization of Titanium Powders

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  Laser Spheroidization of Titanium Powders

  3D printing, Additives, Aerospace Industry, Feature Article, Flowability, Metallurgy

Laser Spheroidization of Titanium Powders

Laser spheroidization turns irregular titanium powders into dense, [...]

By Stephane Sloots|2025-08-02T18:46:04+01:002 August 2025|Categories: 3D printing, Additives, Aerospace Industry, Feature Article, Flowability, Metallurgy|Tags: additive manufacturing, Advanced Manufacturing, aerospace components, gas atomization, hybrid feedstocks, laser spheroidization, LPBF, Marangoni convection, medical implants, powder morphology, Powder Processing, Ti-6Al-4V, titanium powders|0 Comments

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  On-Demand Atomisation: Custom Metal Powders for R&D and Prototyping

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  On-Demand Atomisation: Custom Metal Powders for R&D and Prototyping

  3D printing, Insights, Laboratory, Metallurgy, powders, research

On-Demand Atomisation: Custom Metal Powders for R&D and Prototyping

On-demand atomisation metal powder low-volume production is changing [...]

By Ethan Keller|2025-08-02T18:48:15+01:0026 July 2025|Categories: 3D printing, Insights, Laboratory, Metallurgy, powders, research|Tags: 3d printing, additive manufacturing, additives, Amazemet, laboratory, metal powder, metallurgy, on-demand atomisation, on-demand atomisation metal powder, powder characterization, powder production, PowderMet, prototyping, research|0 Comments

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  Powder Technologies Within Circular Systems

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  Powder Technologies Within Circular Systems

  Compaction, Feature Article, Flowability, Metallurgy, Particle size distribution, Plastics and Polymers, Surface Energy, Sustainability

Powder Technologies Within Circular Systems

In a circular economy, powder testing is no [...]

By Stephane Sloots|2025-07-09T11:10:27+01:0025 May 2025|Categories: Compaction, Feature Article, Flowability, Metallurgy, Particle size distribution, Plastics and Polymers, Surface Energy, Sustainability|Tags: additive manufacturing, ceramic powders, circular manufacturing, circular powder systems, Compaction, flowability, material degradation, metal powders, polymer powders, Porosity, powder characterisation, powder lifecycle, Powder recyclability, powder reuse, powder testing, reused powders, surface oxidation, sustainable powder technology, testing protocols, traceability|0 Comments

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  Case Study: Mitigating Spatter-Induced Powder Contamination in Laser-Powder-Bed-Fusion (LPBF) Production of Inconel 718 Aerospace Components

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  Case Study: Mitigating Spatter-Induced Powder Contamination in Laser-Powder-Bed-Fusion (LPBF) Production of Inconel 718 Aerospace Components

  3D printing, Aerospace Industry, Case studies, Dustiness, Metallurgy

Case Study: Mitigating Spatter-Induced Powder Contamination in Laser-Powder-Bed-Fusion (LPBF) Production of Inconel 718 Aerospace Components

LPBF spatter contamination mitigation - Treating spatter as [...]

By Stephane Sloots|2025-07-09T11:10:28+01:0017 May 2025|Categories: 3D printing, Aerospace Industry, Case studies, Dustiness, Metallurgy|0 Comments

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  Sustainable High Entropy Material Set to Reshape Advanced Manufacturing

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  Sustainable High Entropy Material Set to Reshape Advanced Manufacturing

  3D printing, Aerospace Industry, Metallurgy, News

Sustainable High Entropy Material Set to Reshape Advanced Manufacturing

High-Performance Alloys from Recycled Feedstocks: Sustainable High Entropy Powders [...]

By Stephane Sloots|2025-07-09T11:11:39+01:007 April 2025|Categories: 3D printing, Aerospace Industry, Metallurgy, News|Tags: 3D printing materials, additive manufacturing, Advanced Manufacturing, aerospace materials, Australian material innovation, circular economy, critical minerals, EntroMat, high entropy powders, medical alloys, metal powders for mining, powder metallurgy, recycled metal powders, sustainable powder technology, Swinburne University|0 Comments

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  Antimony in Modern Industry: From Ancient Alchemy to Advanced Applications

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  Antimony in Modern Industry: From Ancient Alchemy to Advanced Applications

  Aerospace Industry, Chemical Industry, Future, Geo-Politics, Metallurgy, Textiles Industry

Antimony in Modern Industry: From Ancient Alchemy to Advanced Applications

Table of Contents Antimony (Sb), number [...]

By Stephane Sloots|2025-07-09T11:12:52+01:009 March 2025|Categories: Aerospace Industry, Chemical Industry, Future, Geo-Politics, Metallurgy, Textiles Industry|Tags: antimony, antimony alloys, antimony analysis, antimony applications, antimony compounds, antimony future, antimony in aerospace, antimony in batteries, antimony in ceramics, antimony in construction, antimony in electronics, antimony in glass production, antimony in lubricants, antimony in metallurgy, antimony in military, antimony in photovoltaics, antimony in robotics, antimony in technology, antimony in textiles, antimony market, antimony metal, antimony processing, antimony refining, antimony sulfide, antimony testing, antimony trioxide, antimony uses, flame retardants, industrial antimony, modern industry|0 Comments

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