The trend towards simplified upstream and downstream plant designs and the effective avoidance of cross-contamination risks means that single-use technology is becoming an increasingly high-profile field – especially in pharmaceutical process engineering. Single-use technology is increasingly bein…

GEMÜ CONEXO is an innovative and holistic solution for life-cycle management of all types of systems. The system currently consists of valves that are equipped with RFID chips and a corresponding IT infrastructure.

Thanks to serialization, every relevant valve component, such as the body, actuator or…

Um auch online nah am Kunden zu sein, bietet der Ingelfinger Ventilspezialist GEMÜ ab sofort die Möglichkeit bequem über den GEMÜ Online-Shop Bestellungen zu tätigen.

Unter dem Motto „Bestens beraten – einfach bestellt“ startete im September der neue GEMÜ Online-Shop. Die Shop-Funktionen sind so an…

Die Abdichtung erfolgt über eine PTFE-Membrane mit PD-Technologie (plug diaphragm), welche die Vorteile eines Membranventils mit dem eines Sitzventils verbindet. Dabei ist das Ventil sowohl mit linearer, als auch mit gleichprozentiger Regelcharakteristik verfügbar.

Häufig werden aseptische Membranvent…

The GEMÜ 567 BioStar control valve is the new, safe solution for media controls from 0.08 to 4.1 m³/h.

The sealing takes place via a PTFE diaphragm with PD technology (plug diaphragm), which combines the advantages of a diaphragm valve with those of a globe valve. This valve is available with linear co…

GEMÜ, the leading manufacturer of valve designs for the pharmaceutical industry, has established the first controllable single-use diaphragm valve on the market – the GEMÜ SUMONDO. In addition to a pneumatically operated version, the product range also includes a version with a handwheel for man…

GEMÜ, the leading manufacturer of valves, measurement and control systems for the pharmaceutical industry, has developed the world's first Single-Use diaphragm valve. GEMÜ SUMONDO® represents the long-awaited paradigm change to Single-Use design: From manual systems to automation-capable and cont…