The quality characteristics of the G5 Precision meet the requirements for high precision in multi-cavity moulds and high-quality surfaces. (Source: Procter + Gamble)
EDM

High precision leads to new fields of economical applications

In 2018, the mould making department at Procter & Gamble optimised its portfolio in order to meet the requirements of multicavity moulds requiring small high accuracy geometries. In addition, the company wanted to consistently continue the changeover from copper to graphite electrodes, which began in 2014. With the investment in OPS-Ingersoll’s Eagle G5 Precision die-sinking EDM machine, they have fulfilled this task.

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Structured light scanners offer 3D scanning which significantly enhances the mould making process and also results in achieving a significant ROI.  (Source: ©Khaligo–stock.adobe.com)
Metrology

Mould Makers, Choose the Right Quality Control Technology for Your Needs

Measurement accuracy can’t be stressed enough in the mould making business. With the constant pressure to develop and deliver perfect products within a tight timeline, mould makers are always on the lookout for new and enhanced quality control technologies to increase productivity, reduce costs and save valuable time. ETMM brings to you an insight into the most recent metrology solutions from the ever-expanding industry.

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Galleries

The Kerf RUR3000 on the shop floor. (Source: Kerf)
Plasma cutting

Why the combination of parts makes all the difference in plasma cutting

UK — Plasma cutting is a flexible and cost-effective method of processing parts. The process can be used to cut aluminium, mild steel, stainless steel and wear-resistant materials from 1 to 60 mm. Whilst the plasma unit is central to the cutting process, it's the sum of the complementary parts that control, hold and move the plasma cutting torch that will ultimately define cut quality.

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