HP-Indo-MIM combine to address growing global demand for 3D-printed high-precision metal parts

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HP-Indo-MIM combine to address growing global demand for 3D-printed high-precision metal parts


Krishna Chivukula Jr (left) with Savi Baveja
| Photo Credit: Special association

HP Inc has collaborated with Indo-MIM, a metal injection moulding firm, to cater to the rising demand for 3D printed excessive precision metal parts utilized by sectors equivalent to vehicle, aerospace, defence, shopper electronics, medical gear, and life-style merchandise globally.

3D printing of metal parts permits the manufacturing of machine parts with out tooling or fixturing setups, thereby considerably lowering the overhead prices and total price of manufacturing in manufacturing, the corporate mentioned.

As a part of the tie-up, Indo-MIM had acquired three HP Metal Jet S100 printers to assist purchasers throughout the nation, in West Asia, Asia-Pacific area and the U.S.

Savi Baveja, President of Personalisation and 3D Printing at HP Inc, mentioned the tie-up was geared toward remodeling the panorama of metal parts manufacturing in India by manufacturing regionally and exporting worldwide, driving innovation and enhancing India’s presence within the international manufacturing area.

Indo-MIM, which has manufacturing vegetation at Doddabalapur, Hoskote, Bommanahalli, Tirupati, Chennai and abroad, claims to be the world’s largest 3D printer of metal parts. The firm, which posted a income of ₹3,200 crore in FY24, had invested ₹2000 crore in its India operations, in accordance to Krishna Chivukula Jr, CEO, Indo-MIM.

Under additive (3D printing) manufacturing, parts are constructed by including materials (nice powder) layer by layer, whereas in subtractive manufacturing, the fabric have to be eliminated to create parts.

Interestingly, in additive manufacturing, the burden of the fabric required to be used and the burden of the output can be the identical, whereas in subtractive manufacturing, to produce an element that weighs 100 grams could require a metal piece that weighs 2 kg (considerably increased than the ultimate output), so parts made beneath conventional methodology price a lot increased than the 3D printed metal parts as eradicating the fabric itself prices some huge cash, plus delivery prices considerably go up.



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