LEWA intellidrive® is a mechatronic drive technology used with LEWA metering pump systems to support advanced stroke control, process timing, and pump motion adjustment.
Using a dynamic servomotor, the system allows suction and discharge stroke characteristics to be programmed for specialized metering applications where conventional pump operation may not provide the required level of flexibility.

This technology is suited for applications that require controlled fluid delivery, coordinated machine timing, or adaptation to challenging process conditions. It can be used in precise filling processes, chromatography-related metering, low-volume dosing, and high-viscosity fluid handling where suction and discharge movement may need to follow different timing profiles.
LEWA intellidrive® can also support connection with higher-level process control systems through industrial communication interfaces. In multi-pump arrangements, electronic synchronization may help improve volume flow consistency when pumps are configured for coordinated operation.
For facilities using LEWA metering pump technology, intellidrive® provides an advanced mechatronic option for engineered pumping systems, automated production processes, and specialized fluid metering applications.
Key Characteristics
- Mechatronic drive technology for LEWA metering pump systems
- Dynamic servomotor-based pump motion control
- Programmable suction and discharge stroke characteristics
- Adjustable stroke timing for specialized metering requirements
- Supports low-volume metering applications
- Applicable for high-viscosity media where slower suction timing may be needed
- Supports filling processes that require machine-cycle synchronization
- Can connect with higher-level process control systems
- Suitable for engineered metering systems requiring advanced pump control
- Supports synchronized pump arrangements when coordinated operation is required
Ideal Applications
- Precision metering pump control
- Automated filling processes
- Chromatography-related fluid metering
- High-viscosity fluid metering
- Low-volume metering applications
- Process systems requiring coordinated pump timing
- Engineered metering systems with advanced motion control needs
- Applications requiring separate suction and discharge stroke timing
- Pumping systems integrated with plant-level controls















