Product overviewThe MixXPump is a compact solids dosing system developed for economical mixing and reliable introduction of easy-to-handle solids such as corn silage into liquid streams. Based on HiCone® progressive cavity pump technology, the unit offers a flat, compact layout for straightforward integration and retrofit into existing plant concepts, with simplified maintenance access.
Benefits- Economical feeding of easy-to-handle solids (e.g., corn silage)
- Compact, flat layout for easy retrofitting and integration into existing plants
- Robust construction with low maintenance requirements
- Reduced operating costs through wear-compensating HiCone® technology
- Fast on-site service enabled by the QuickService concept
BasicsThe MixXPump is a liquid feeding system designed to introduce solid matter into liquid streams using a HiCone® progressive cavity pump as the core component. It is optimized for economical mixing of easy-to-handle solids and for straightforward retrofitting or integration into existing plant layouts.
Design- HiCone® progressive cavity pump with conical rotor–stator geometry for high volumetric performance
- Adjustment mechanism to compensate wear instead of immediate component replacement
- Flat, compact machine layout for simple integration and retrofit
- Engineered for continuous high flow rates with low maintenance
Service- QuickService concept enables simplified rotor and stator replacement
- Status indicator supports planned maintenance
- Swivel-out rotor/stator design allows rapid on-site replacement without dismantling piping, reducing downtime to a few hours
- Supports a stable digestion process and consistent gas yield
Downloads- Flyer: MixPump - Smart solid matter feeding with HiCone® technology (PDF)
- Brochure: Innovative solid matter feeding (ePaper)
Videos- Animation video (MixXPump)
- Principle / product video (MixXPump)
Technical specifications- Typical feedstock: easy-to-handle solids (example: corn silage and similar)
- Core technology: HiCone® progressive cavity pump (conical rotor–stator geometry)
- Wear management: adjustable rotor–stator geometry for wear compensation
- Service concept: QuickService with swivel-out rotor and stator, status indicator for planned service
- Design: compact, flat layout suitable for retrofitting
- Operation: low-maintenance construction, consistently high flow rates
- Benefit: reduced operating costs and minimized downtime