Rieter acquired the SSM Textile Machinery division (SSM) from Schweiter Technologies AG, Horgen, Switzerland. With this acquisition, Rieter is investing in adjacent fields of the textile value chain.
SSM’s expertise in the field of precision winding offers opportunities for Rieter in the business with short-staple spinning machines. Rieter will continue to operate SSM in its current form and with the existing management. The business will be attached to the Business Group Components as an independent unit.
SSM is a supplier of precision winding machines in the fields of dyeing, weaving and sewing thread preparation and enjoys success in individual segments of filament yarn production. SSM has a strong brand and generates stable cash flows with an attractive EBITDA margin.
SSM comprises the companies SSM Schärer Schweiter Mettler AG in Horgen and subsidiaries in Italy and China. SSM is also represented worldwide with 12 of its own service stations and 80 agents in all major markets.
In the fiscal year 2016, SSM generated net sales of 85.9 million Swiss francs with 246 employees and achieved an EBITDA margin of 14.8 percent.
Rieter is financing the purchase price from existing funds. The acquisition will have a positive impact on earnings per share.
Red Run has announced its foray into menswear with menswear collection, titled ‘Drop 1,’ featuring 10 essential pieces designed for…
INEOS Styrolution, a global leader in styrenics, has successfully completed its first project involving mechanically recycled polystyrene in yoghurt cups.
Sustainable fashion brand Virgio has partnered with Ola Electric to offer eco-friendly doorstep deliveries of its products during the festive…
Kingpins Hong Kong hosted its second annual pop-up event at the DX Design Hub, putting the spotlight on denim innovation…
The American Association of Textile Chemists & Colorists (AATCC) has signed a Memorandum of Understanding (MOU) with The Textile Association…
Under Armour, Hohenstein and PPT Group, has introduced a standardised method to measure microfibre release from textiles during simulated washing…