Staiger

This 2/2-way hose pinch valve is designed for the safe and gentle control of liquids and gases, where the medium comes into contact only with the hose. The valve operates on the pinch principle by clamping or releasing the hose, which eliminates dead spaces and reduces the risk of blockages and contamination. The design enables bidirectional operation and is well-suited for applications in medical technology, laboratory equipment, analytical instruments, and other systems with high requirements for purity and operational reliability. Its low power consumption and compact design make the valve easy to integrate into both new and existing systems.

Staiger’s pilot valves are compact microvalves for pneumatic applications where fast response, high precision, and long service life are critical. The unique anchor design with low moving mass enables very fast switching times and reliable operation even in demanding environments. Thanks to their compact cartridge design, the valves can be easily integrated into process valves, pressure regulators, and other pneumatic control systems. The pilot valves are particularly well-suited for industrial automation, medical technology, and applications that require precise control of pressure and flow.

The GP ERP 005 electronic pressure regulator combines pressure regulation, pressure measurement, and control electronics in a compact unit for precise control of pressure and vacuum. With integrated microvalves and a built-in pressure sensor, the regulator enables continuous monitoring and rapid adjustment of system pressure via electrical control signals. The integrated design reduces the need for external components and connections, simplifying installation, minimizing the risk of leaks, and improving system reliability. The GP ERP 005 is ideal for applications where high precision, reliability, and a compact design are essential.

The GP ERP 003/004 electronic pressure regulator combines pressure regulation, pressure measurement, and control electronics in a compact unit for precise control of pressure and vacuum. Integrated microvalves and a built-in pressure sensor enable continuous monitoring and rapid adjustment of system pressure via electrical control signals. The integrated design reduces the need for external components and connections, simplifying installation, minimizing the risk of leaks, and improving system reliability. The regulator is suitable for medical technology, laboratory equipment, analytical instruments, and other applications where high precision and reliable pressure control are required.

The GP ERP 002 electronic micro-pressure regulator combines pressure regulation, pressure measurement, and control electronics in a compact unit. Integrated microvalves and a built-in pressure sensor enable precise regulation of both pressure and vacuum via electrical control signals. The integrated design reduces the need for external components and connections, simplifying installation and minimizing the risk of leaks. The regulator is ideal for applications where high precision, fast response, and limited installation space are critical.

The GP ERP 001 electronic pressure regulator combines pressure regulation, pressure measurement, and control electronics in an ultra-compact unit. Through integrated microvalves and a built-in pressure sensor, it enables precise control of both pressure and vacuum via electrical control signals. This solution provides continuous monitoring and rapid adjustment of system pressure without the need for external sensors or separate control units. The compact design reduces the number of components and connections, which simplifies integration, reduces the risk of leaks, and increases the system’s reliability. The pressure regulator is particularly well-suited for medical technology, laboratory equipment, analytical instruments, and other applications where high precision and limited installation space are critical.

Spider μProp is a series of microproportional valves based on Spider technology and designed for precise control of flow or pressure in gases and liquids. The valves can be controlled using DC or PWM and can be used in both open-loop and closed-loop control systems. The compact cartridge design makes the valves easy to integrate into various systems. Spider μProp is suitable for precision metering in critical applications where high accuracy, long service life, and stable control are essential requirements. The series is used, among other things, in respiratory applications, fuel cell systems, and electronic flow regulators. The valves feature a flat armature that moves between the valve seat and the solenoid. The arm is mounted together with a flat spring that presses the integrated sealing element against the valve seat when the valve is de-energized. This design enables friction-free movement, high life-cycle performance, and consistent regulation throughout the product’s entire service life. Spider μProp valves are true proportional valves in which the armature stroke—and thus the flow—can be varied by adjusting the coil current.

This 2/2-way proportional valve with an integrated sensor enables simultaneous measurement of pressure and temperature directly in the valve. The integrated sensor provides improved system monitoring and reduces the need for external sensors, components, and connections. By reducing the number of interfaces, the risk of leaks is minimized while installation and system integration are simplified. The valve is particularly well-suited for applications requiring precise regulation, monitoring, and control of pneumatic or fluidic systems.

This compact 2/2-way microvalve with an integrated sensor enables simultaneous measurement of pressure and temperature in a single component. The design reduces the number of external interfaces and contributes to increased operational reliability and a reduced risk of leakage. The integrated sensor simplifies installation and makes the valve suitable for advanced pneumatic and fluidic systems where space is limited.

Servo-controlled solenoid valves are used where high flow rates need to be controlled with as little electrical power consumption as possible. Thanks to their servo-controlled design, these valves enable efficient and reliable control of liquids and gases in demanding industrial applications. In addition to standard models, custom solutions are also available that can be tailored to specific requirements. Upon request, the valves can also be supplied in versions approved for drinking water.

Dosing valves are designed for applications that require the highest precision and reliability when dispensing very small volumes of fluid. Thanks to their fast response, high repeatability, and media-isolated design, these valves enable precise and safe fluid control even in demanding applications. The valves are particularly suitable for medical technology, laboratory equipment, diagnostics, and other industrial processes where accurate dosing is critical. Their compact design and low energy consumption make them easy to integrate into both stationary and mobile systems.

Brass and aluminum solenoid valves are versatile valves suitable for a wide range of industrial applications. These valves combine good general corrosion resistance with high mechanical strength thanks to their brass and aluminum valve bodies. The robust design ensures a long service life and reliable operation, making them suitable for controlling liquids, gases, and other media in industry, automation, and process engineering.

The gas solenoid valve has been tested and certified in accordance with DVGW for the safe and reliable control of gas flows in industrial applications. The valves are designed for high operational reliability and a long service life. They can be used with all gases in accordance with DVGW G260/I and are suitable for applications where robust construction and reliable operation are critical.

Our plug valves are particularly suitable for neutral liquids, gases, and vapors. Thanks to their compact, flangeless design, the valves require very little installation space, making them ideal for integration into custom products and systems. The valves are available in flanged or threaded versions and can be installed easily and securely. The well-thought-out design enables flexible integration into applications where reliable media control and space-saving construction are key requirements.

10 mm miniature solenoid valves are compact, modular valves that offer high flexibility for industrial applications. The series is based on a cartridge valve that can be integrated into both custom connection blocks and standard housings made of plastic, aluminum, or stainless steel. The compact design makes the valves ideal for applications where installation space is limited and high operational reliability is required.

Media-isolated 2/2-way solenoid valve designed for applications with higher flow requirements, with a flow range from Kv = 0.4 l/min up to 1.5 l/min. The design isolates the media from the valve’s electrical components, making the valve suitable for controlling air and liquids in demanding systems. The valve can be configured as NC or NO depending on the desired basic function. It is also available in various nominal sizes, such as 1.6 mm, 2.4 mm, and 4.0 mm, to accommodate flow, pressure, and application requirements.