ARIS Stellantriebe Valves and Actuators
ARIS Stellantriebe is a well-established manufacturer of industrial valves and actuators, specializing in reliable solutions for precise fluid control in industrial and process applications. ARIS products are designed for easy integration into automated systems, ensuring high durability, consistent performance, and operational flexibility.
The ARIS product portfolio covers a wide range of industrial requirements, from standard applications to complex processes where precision and reliability are critical.
Product range
- Industrial control and isolation valves
- Electric actuators
- Pneumatic actuators
- Linear motion actuators
- Rotary motion actuators
- Automation and control accessories
Technical specifications (general)
- Actuation type: electric or pneumatic
- Motion type: linear or rotary
- Construction materials: steel, stainless steel, industrial alloys
- Operating pressure: suitable for industrial applications
- Operating temperature: standard and special environments
- Protection classes: compliant with industrial standards
- Compatibility with automation and control systems
Classification
By actuation type
- Electric actuators
- Pneumatic actuators
By motion type
- Linear actuators
- Rotary actuators
By application area
- General industrial applications
- Automated processes
- Fluid control systems
Applications
- Chemical and petrochemical industry
- Food and beverage industry
- Water and wastewater treatment
- Energy and utilities
- Industrial automation
- Manufacturing and distribution processes
Detailed presentation
ARIS Stellantriebe valves and actuators are engineered to ensure safe and precise control of flow rate, pressure, and fluid direction. Their robust design and industrial-grade materials allow operation in demanding environments with high reliability requirements.
ARIS actuators are easily integrated into modern automation systems, delivering fast response, accurate positioning, and long service life. The wide range of available configurations enables optimal adaptation to specific application needs.
