Communiqués de presse

Bienvenue dans la section presse


Vous trouverez ici les nouvelles actuelles et les informations importantes communiquées par les départements NETZSCH Analyses & Tests, Broyeurs & Dispersion et Pompes, et également par la Holding NETZSCH.

Nanomilling for Pharmaceutical APIs – The NETZSCH DeltaVita® Mill

07 Nov 2013 Press Release - Netzsch Broyeurs & Dispersion

Great Response to the Family/Neighborhood Party at NETZSCH in Tirschenreuth

12 Oct 2013 Press Release - Netzsch Broyeurs & Dispersion

NETZSCH and PolymerOhio Announce Partnership for Thermal Analysis Contract Testing and Training Services

09 Oct 2013 Press Release - Netzsch Analyses & Tests

Business Unit Grinding & Dispersing establishes Sales Office in Turkey

10 Jul 2013 Press Release - Netzsch Broyeurs & Dispersion

NETZSCH Makine Sanayi ve Ticaret Ltd. Sti., Izmir, TurkeyEn savoir plus…

The NETZSCH Omega® is currently available for product trials at the laboratory in Exton, PA

12 Jun 2013 Press Release - Netzsch Broyeurs & Dispersion

NETZSCH Economic Dispersionizer Omega® wins Innovation Award at POWTECH 2013

24 Apr 2013 Press Release - Netzsch Broyeurs & Dispersion

Malvern Instruments and NETZSCH Grinding & Dispersing sign agreement to cooperate

23 Apr 2013 Press Release - Netzsch Broyeurs & Dispersion

New Branch Office opened in Xi’an

08 Apr 2013 Press Release - Netzsch Broyeurs & Dispersion

NETZSCH (Shanghai) Machinery and Instruments Co., Ltd. opened a new branch office in Xi’an, Shaanxi Province, China on 4th February 2013.En savoir plus…

NETZSCH at ECS 2013

05 Apr 2013 Press Release - Netzsch Broyeurs & Dispersion

The Business Unit Grinding & Dispersing presented itself with its companies NETZSCH-Feinmahltechnik GmbH and NETZSCH-CONDUX Mahltechnik GmbH on a combined standEn savoir plus…

NETZSCH Economic Dispersionizer Omega®

17 Mar 2013 Press Release - Netzsch Broyeurs & Dispersion

The Economic Dispersionizer Omega® is a machine with a novel NETZSCH disperser body which ensures a maximum and reproducible dispersion result by optimal utilization of the factors turbulence, cavitation and shearing forces.En savoir plus…