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How Tungsten Shielding Is Revolutionising Cancer Treatment

Modern cancer treatment relies on precision. Not just from doctors and clinicians, but from the engineering behind the machines they use. Radiotherapy and advanced imaging systems depend on the accurate control of radiation. The challenge is simple to explain but complex to achieve: Deliver enough radiation to destroy cancer cells, while protecting healthy tissue around […]
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Why Precision Engineering Matters in Aerospace and Motorsport

In both aerospace and motorsport, performance is measured in margins so small they are often invisible – microns, grams and milliseconds. Yet those margins determine safety, reliability and competitive advantage. This is why precision engineering is not simply a manufacturing capability. It is a performance requirement. It is a performance requirement. At MGS Precision, the […]
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Densamet: High Density Tungsten Alloys and How We Engineer Them

In high-performance engineering, material selection determines whether a design merely works or performs exceptionally. Across aerospace, motorsport, medical and industrial sectors, engineers increasingly rely on high-density tungsten alloys such as Densamet when space is limited but performance requirements are extreme.  At MGS Precision, these materials form a core part of the components we manufacture every […]
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Five Decades of Precision: The Milestones That Shaped MGS Precision

For over 50 years, MGS Precision has evolved alongside British engineering itself adapting to new technologies, new industries, and new performance expectations while remaining committed to one core principle: precision matters. From its beginnings as a small workshop to becoming a global supplier of high-performance tungsten components, the journey of MGS Precision reflects continuous investment […]
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G350 5 Axis Machine

The Future of Precision Engineering in a Changing World

Manufacturing is entering one of the most transformative periods in its history.  Global supply chains are shifting, technologies are evolving rapidly and industries such as aerospace, medical technology and advanced mobility are demanding ever higher levels of precision and reliability. At the centre of this change is precision engineering, the discipline that turns complex designs […]
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