Domino DPX1000 digital Fume extraction cabinet

• This class of fume extraction equipment is typically used in laser marking and coding applications within food processing environments.
• Commonly found where particulate and gaseous by-products from laser operations need to be safely removed.
• Applicable for maintaining air quality and operator safety during product labelling and date coding.
• Used to protect sensitive laser optics from contamination, ensuring consistent marking quality.

Typical airflow capacity

For this class of equipment, airflow capacities typically range from 200 to 1000 m³/hr, depending on the specific laser application.

Filtration stages

Units of this type commonly feature multi-stage filtration, including pre-filters for larger particulates, HEPA filters for fine particles, and activated carbon filters for gas and odour removal.

Power supply

This unit is specified as 1-phase. Fume extractors for laser applications typically operate on a standard single-phase 230V, 50Hz supply in the UK.

Noise level

Operating noise levels for digital fume extraction cabinets are commonly between 60-75 dB(A), though this can vary with fan speed and unit design.

Control interface

Digital units typically feature a user-friendly control panel for adjusting fan speed, monitoring filter status, and displaying operational parameters.

Footprint

The footprint for a cabinet of this type is commonly compact, designed to be integrated near the laser system. Buyers should contact the seller for exact dimensions.

• What kind of maintenance does a fume extractor like this require?

  Maintenance typically involves regular inspection and timely replacement of filters. The frequency depends on the usage intensity and the type of fumes being extracted.

• Can this unit be used with any laser marking system?

• Is this unit suitable for food-grade environments?

• How do I know when to change the filters?

• What are the benefits of using a digital fume extraction cabinet?

Biosafety cabinets are valued for their critical role in protecting operators and samples during hazardous work. Buyers typically prioritise certification compliance and airflow integrity when purchasing used units. Industry sentiment emphasises the importance of verifying maintenance history and airflow testing records. Key strengths include durability of construction and long operational lifespans when properly maintained. Common considerations focus on filter condition, energy efficiency, and compatibility with existing laboratory infrastructure. Reliable performance and consistent operator protection remain central to buyer expectations.

General overview for this equipment type