The Dürr Dental V Dry Suction Systems are engineered to deliver powerful, reliable vacuum performance while keeping noise to a minimum. These “dry” suction units separate liquids and debris before they reach the turbine, ensuring that only dry air passes through the suction motor. This protects the internal components, reduces wear, and helps deliver long-term reliability with consistent suction across everyday dental procedures.
Designed for daily continuous use, the V-series supports everything from single surgeries to large multi-chair practices. Compact footprints, optional sound-proof housings, and robust engineering make these units a dependable backbone for modern dental aspiration workflows.
Exact figures vary by model, but the Dürr V dry suction range typically offers:
The Dürr V 300 S is a compact, reliable dry dental suction unit designed for continuous daily use. It delivers strong vacuum performance, operates quietly (even more so with optional sound-proof housing), and includes moisture protection to ensure long service life.
The Dürr V600 is a high-capacity dry dental suction unit designed for practices requiring strong, reliable vacuum performance for multiple chairs. It supports up to 2 simultaneous operators, features a durable turbine system, and is built for continuous daily operation with low maintenance needs.
The Dürr V 900 S is a dry dental suction motor designed for larger practices. It can support 3 simultaneous operators and up to 5 treatment chairs, delivering strong, reliable vacuum while only handling dry air (fluids are separated before they reach the turbine).
The V 1200 S is a dry central suction unit from Dürr Dental, designed for 4 simultaneous operators and up to 6 treatment chairs. It separates aspirated fluids before they reach the motor, allowing only dry air into the turbine, which boosts longevity and reliability.
The V 2400 is a high-capacity dry suction system from Dürr, built for practices with heavy usage or multiple operatories. It uses a side-channel compressor design, separates fluids before they reach the turbine, and is designed for continuous operation.




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