Process-integrated dust collection systems capture dust where it is generated and keep extraction connected to continuous production.
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 |
|---|---|---|---|---|---|---|---|
| DS3 | Sheet steel | 2.2 to 4.0 kW | -220 to -230 mbar | 350 to 460 m3/h | Optional | - | CE, zone 22, ATEX, dust class M / H |
| DS6 | Sheet steel | 1.5 to 5.5 kW | -23 to -40 mbar | 2,050 to 4,750 m3/h | Optional | Optional | CE, dust class M / H, zones 1 / 21 / 22 |
| R13 | Sheet steel | 3 kW | -240 to -335 mbar | 355 m3/h | Optional | - | CE, ATEX, dust class M / H |
Performance. Safety. Endurance.
Powerful. Reliable. Leading.
Quiet. Compact. Durable.
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.
Continuous systems prioritize cartridge or pocket filtration, automatic cleaning, stable airflow, dust class M/H options, and EX zone readiness.
They become part of the production cell, operating while the process runs instead of after the shift ends.
Material, dust class, liquid share, airflow, disposal method, explosion-protection zone, and available footprint determine the correct system.
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