MAXTOR Pneumatic Rotary Elbow 12 mm – 1/4″
Prevents hose twisting and keeps compressed air flowing freely in moving pneumatic systems.
MAXTOR Pneumatic Rotary Elbow 12 mm – 1/4″ provides 360° free rotation for correct hose routing in pneumatic circuits. In addition, it prevents hose twisting and delivers uninterrupted airflow in moving applications. Moreover, its nickel-plated brass body resists corrosion and ensures long service life.
The push-in quick connection system shortens installation time and guarantees sealing without tools. It fits 12 mm hose and a 1/4″ threaded port, matching standard pneumatic lines. Furthermore, it withstands 10 bar working pressure and performs stably between -5°C and +60°C. An NBR (nitrile rubber) gasket secures leak-free operation.
MAXTOR Pneumatic Rotary Elbow 12 mm — Technical Specifications
This rotary elbow is frequently preferred in moving pneumatic systems such as automated assembly lines, robotic arms and CNC machines. In addition, it offers flexible connection in packaging and labelling systems. Consequently, it performs reliably in industrial automation panels and pneumatic control circuits.
Key Advantages
- 360° free rotation prevents hose twisting and allows flexible mounting
- Push-in connection enables tool-free assembly and shortens installation time
- 10 bar pressure resistance and NBR gasket ensure safe sealing in industrial systems
Applications
- Flexible connections in automated assembly lines and pneumatic robotic arms
- Routing of air lines in CNC machines and machining centres
- Reliable use in packaging machines and industrial automation panels
In conclusion, MAXTOR Pneumatic Rotary Elbow 12 mm – 1/4″ is the ideal choice for professionals seeking flexibility and reliability in pneumatic systems. ORFA Industrial supplies this product worldwide as an authorised distributor since 1985, and provides technical support for every order.
ORFA INDUSTRIAL PRODUCTS INDUSTRY AND TRADE INC.
Your Reliable Partner in Industrial Flow Technologies



Reviews
There are no reviews yet.