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Phoenix 3D Metaal: ‘We thought we knew, until we saw the data’

Phoenix 3D Metaal, based in the Netherlands, specialises in deep drawing and forming sheet metal. Co-owner Jan-Willem van Hooft has a clear mission: the company’s carbon footprint must be reduced by 90% by 2028. Although new fibre lasers were already helping, total electricity consumption remained a black box. Where exactly was the energy going?

Presses are now switched off during breaks.

Leaks in the compressed air system were rectified immediately.

A major overhaul has delivered a 70% saving on the press.

The start

For Phoenix 3D Metaal, sustainability is a priority they are tackling proactively; customers are asking about it more often and it is an integral part of the business strategy. Jan-Willem knew that the six press brakes, lasers and presses consumed a lot of energy, but the exact breakdown was missing.

Following an enthusiastic recommendation from another company already working with Sensorfact, Jan-Willem decided to put it to the test.

“We thought we knew, but we wanted to be sure.”

The solution

According to Jan-Willem, installing the sensors was “a piece of cake”. Without interrupting production, the clamps were fitted to the lasers, robots and heavy presses.

It didn’t take long for the scales to fall from their eyes. Whilst the new laser cutting machines proved surprisingly economical, the hydraulic presses were the real energy guzzlers. One specific press was found to consume €18 per hour in electricity even when idle. That meant money was simply going up in smoke during breaks or when a machine was left running unnecessarily.

The results

The first measure had an immediate effect: all presses are now consistently switched off during breaks. But the real result became apparent with the 8,000-tonne Loire press. This giant turned out to be responsible for a third of the factory’s total consumption.

Thanks to Sensorfact’s 100% hard data, a major overhaul project was launched:

  • Electrification: Hydraulic components are being replaced by electric drives.
  • New motors: The old 55 kW motors are being replaced by modern, energy-efficient variants.
  • Savings: This is expected to reduce this machine’s consumption by 60–70%.

In addition, measurements taken during downtime revealed that the compressors were cycling unnecessarily often due to leaks in the compressed air system. This too could be addressed immediately. The path towards a 90% reduction has thus been firmly set in motion by realising savings from internal consumption.

Quote

We were almost knocked off our chairs when we saw the consumption of those presses when they were idle. Thanks to the data from Sensorfact, we can now invest very specifically in projects that save the most energy.

Jan-Willem van Hooft Phoenix 3D Metaal Co-owner

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