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Sennheiser announces Metal 3D Printed IE 600 In-Ear Headphones

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Sennheiser to launch IE 600 with a metal 3D printed housing
Above: Sennheiser to launch IE 600 with a metal 3D printed housing/Image Source: Sennheiser

Sennheiser, the German audio company specialising in the design and production of a wide range of high fidelity products, is releasing metal 3D printed IE 600 In-Ear Headphones. The upcoming its flagship audiophile earphones will sport a metal 3D printed housing. This housing metal comes from AMLOY ZR01 – the same aerospace-grade amorphous alloy that’s used in the drilling head of NASA’s Mars rover.

The feature of this material is that it has an atomic structure similar to glass for “triple the hardness and bend resistance of high-performance steel.”

Sennheiser was supported by Heraeus Amloy Technologies, a spinoff from Heraeus Group and a Startup that deals with the production and processing of amorphous metals, in metal 3D printing theIE 600 In-Ear Headphones.

Metal 3D Printed IE 600 In-Ear Headphones

Above: Making of IE 600 In-Ear Headphones/Video Source: Sennheiser/YouTube

The IE 600 In-Ear Headphones are part of the company’s flagship lineup, which includes the IE 900 earphones, which debuted last year.

Themetal 3D printed IE 600 In-Ear Headphones housing is made with metal powder-based 3D printing, which allows for the creation of any shape within tight tolerances. This additive manufacturing process creates chambers and channels without the need for milling. However, the cost of this new material limits its potential applications.

Sennheiser Metal 3D Printed IE 600 In-Ear Headphones
Above: IE 600 housing was 3D printed on Trumpf’s TruPrint 2000 Laser Metal Fusion technology/Image Source: Sennheiser

The earphone housing was 3D printed using Trumpf’s TruPrint 2000 Laser Metal Fusion technology by Heraeus Amloy Technologies. Amorphous metals can be 3D printed with the TruPrint 2000. These metals have a unique combination of strength, elasticity, corrosion resistance, and biocompatibility. This allows for thinner wall thickness, allowing for applications in smaller products such as earphones.

The TruPrint 2000 produces a high-quality printing result that impresses with its surface quality and level of detail thanks to its small 55-m laser beam diameter. It has a 200 mm diameter build volume (cylinder) and a 200 mm height. TRUMPF’s fullfield multilaser, which uses two 300-watt fibre lasers to scan the entire build area, is extremely productive.

IE 600 Housing Structure

Sennheiser used AMLOY ZR01 material for the housing
Above: Sennheiser decided to use AMLOY ZR01 material for the housing/Image Source: Sennheiser

The outer surface of the housing is finished during processing to make it scratch and corrosion resistant, ensuring that the earphones retain their distinctive appearance for years to come.

Inside, “innovative acoustic back volume and precision-moulded resonator chambers” are used to help deliver a neutral signature with true-to-life voicing for the promise of “vivid, yet pure and natural” audio delivery, while dual resonator chambers at the nozzle ensure that higher frequencies are adequately defined. The acoustics have also been tweaked to produce powerful bass with a quick and precise response.

Themetal 3D printed IE 600 In-Ear Headphones will be available in the coming months for US$699.95 suggested retail price.


About Manufactur3D Magazine: Manufactur3D is an online magazine on 3D Printing. Visit our Global News page for more updates on Global 3D Printing News. To stay up-to-date about the latest happenings in the 3D printing world, like us on Facebook or follow us on LinkedIn and Twitter.

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