Case Study
Cartridge Dust Collector for the Laser Cutting Industry
Project Overview
- Application
- Laser cutting machine fume extraction
- Equipment
- Cartridge dust collector
- Recorded Airflow
- 6,000 m³/h × 1 unit
Project Requirement
The project required a cartridge dust collector to extract fumes generated during laser cutting. The available project record identifies one collector with a recorded airflow of 6,000 m³/h.
This airflow belongs to this individual project. It should not be used as a general selection rule for other laser machines.
Engineering Direction
Connect the Cutting Process to the Collector
Coordinate the machine outlet, table extraction arrangement, and duct connection so fumes can enter the collection system.
Confirm the Operating Point
Review airflow together with table design, duct resistance, fan capability, and filter pressure drop.
Select the Filter and Cleaning Arrangement
Match the filtration and pulse-cleaning direction to the confirmed material, dust behavior, compressed-air conditions, and service requirements.
Review Site-Specific Risks
Assess sparks, hot particles, material hazards, combustible dust, discharge or recirculation, and applicable local requirements before final configuration.
Plan Access and Maintenance
Allow safe access for inspection, dust discharge, filter service, compressed-air checks, and replacement parts.
Published Evidence Scope
The current project record confirms the laser cutting application, collector type, and recorded airflow shown above. It does not publish a site emission test, measured pressure-drop trend, filter-life result, or fire-protection verification. Those results should not be inferred from this page.
For a new project, TYSUM reviews the machine, table, materials, operating cycle, duct route, utilities, controls, and safety requirements before recommending a configuration.
Review the Laser Cutting Application