
The OASE BioTec ScreenMatic² 60000 (Model: 57695) is a high-performance outdoor water body biological filter, specifically designed for fish ponds, koi ponds, and landscape water bodies requiring excellent water quality purification and minimal maintenance. The core advantage of this filter lies in its innovative automatic coarse debris separation system, which intercepts impurities in advance, significantly extending the lifespan of the filter media and reducing daily cleaning tasks. It offers the OASE Clear Water Guarantee, ensuring a healthy and stable aquatic environment.
This unit integrates multi-stage filtration technology, including filter sponges of different colors (blue, red, purple) and specialized filter media, to optimize biological filtration and effectively support aquatic ecosystems with fish or koi. Additionally, the ScreenMatic² 60000 is designed with a bottom sludge discharge, allowing users to easily remove sludge from the filter system, further simplifying maintenance. It offers direct connection options with OASE AquaMax Eco filter pumps and Bitron C/Eco series UV clarifiers, forming a high-efficiency integrated water quality management solution. For addressing filamentous algae issues, the PhosLess filter cartridge can be optionally added, providing additional chemical treatment capabilities, making it an ideal choice for those seeking professional-grade water body cleaning.
The design of the ScreenMatic² 60000 focuses on the combination of ease of operation and high performance. The automated filter belt drive system ensures continuous operation and uniform water flow distribution, preventing clogging. Users can clean the filter media directly inside the filter without disassembling the entire system. This unit is designed for landscape ponds up to 60.0 m³, fish ponds up to 30.0 m³, and koi ponds up to 15.0 m³, demonstrating its powerful processing capacity. Its robust construction ensures long-term reliability in outdoor water feature applications. The system's design ensures uniform distribution of water flow across the filter belt, further enhancing filtration efficiency and ensuring stable equipment operation.