Additive Manufacturing Solutions (AMS) in Burscough, UK, has invested in Holdson Limited’s Electroform electrochemical polishing machine. This technology improves the post-processing of metal 3D printed parts. The Electroform offers a sustainable and efficient way to achieve smooth, uniform surfaces while maintaining complex geometries. This strategic move is set to enhance both part quality and operational efficiency in the growing additive manufacturing sector.
Streamlining Post-Processing in Additive Manufacturing
The Electroform system allows for controlled, repeatable material removal. It excels at polishing internal channels and intricate shapes, which are challenging to process with traditional methods. The machine’s advanced computational fluid dynamics (CFD) technology significantly reduces cycle times. This helps manufacturers lower costs and improve the quality of their additive manufacturing (AM) parts.
Neil Dickinson, CTO of Holdson, noted, “Extensive post-processing can hinder the scaling of Additive Manufacturing. Our technology bridges the skills gap, simplifies surface finishing, and empowers manufacturers to innovate.”
Sustainability and Efficiency Benefits
Sustainability played a key role in AMS’s decision to adopt the Electroform. The system uses acid-free electrolytes and enables the recycling of consumables. This aligns with AMS’s commitment to reducing the environmental impact of its operations. The eco-friendly process supports AMS’s dedication to sustainable practices in additive manufacturing.
Robert Higham, Director and CEO of AMS, said, “We were impressed by the results during initial trials with Electroform. Bringing this technology in-house lets us enhance surface quality, reduce processing times, and meet our clients’ high standards.”
Collaboration for Industry Advancement
Holdson’s Electroform represents more than just technological innovation. It signifies progress in the UK’s advanced manufacturing ecosystem. The partnership between AMS and Holdson demonstrates how local collaborations can drive efficiency, sustainability, and quality within additive manufacturing.
As the technology spreads across the industry, the post-processing phase of AM will evolve. This will lead to faster, more reliable, and environmentally friendly production.
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