Chip and liquid extractors collect solids and fluids together, separate them cleanly, and keep machine media under control.
Find the right solution by comparing housing, power, pressure, airflow, ATEX readiness, and certification posture.
| Model | Housing | Motor power | Vacuum pressure | Air flow rate | Dust ATEX | Gas ATEX | Certificates |
|---|---|---|---|---|---|---|---|
| R10 | GRP | 1.2 kW | -220 mbar | 180 m3/h | - | - | CE |
| R11 | Sheet steel | 2.2 to 7.5 kW | -210 to -330 mbar | 270 to 490 m3/h | - | - | CE |
| WSP | GRP | 1.2 kW | -230 mbar | 174 m3/h | - | - | CE |
Compact. Smart. High-performance.
Chips. Performance. Safety.
High suction power. Pumpable. Portable.
Share material details, operating hours, and process constraints so Mazvac can size the correct path.
ApplicationShare material details, operating hours, and process constraints so Mazvac can size the correct path.
ApplicationShare material details, operating hours, and process constraints so Mazvac can size the correct path.
ApplicationShare material details, operating hours, and process constraints so Mazvac can size the correct path.
Chip-liquid systems need separated air paths, controlled pump-out, aerosol-aware exhaust, corrosion resistance, and ergonomic tank handling.
They close the loop between machine cleaning, media recovery, and predictable disposal.
Material, dust class, liquid share, airflow, disposal method, explosion-protection zone, and available footprint determine the correct system.
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