An Ohio importer of fiber laser cutting tables needed a better dust collection solution for a customer in Indiana after the original system failed to perform as expected. The fiber laser cutting operation generated fine dust that required reliable airflow and filtration to protect equipment performance and maintain production.
The original overseas dust collector could not provide sufficient airflow or effective filter cleaning, leading to operational issues and production delays.
A.C.T. Dust Collectors provided a fast-shipping LaserPack dust collection system designed specifically for fiber laser applications, helping the customer restore production quickly and improve dust collection performance.
Industry: Metal fabrication
Application: Fiber laser cutting dust collection
Location: Noblesville, Indiana
Challenge: Poor airflow and filter performance from existing dust collector
Dust Type: Fine particulate from fiber laser cutting
System Installed: LaserPack 6 dust collection system
Outcome: Improved airflow, faster installation, and restored production
The customer purchased a combo package that included both a fiber laser cutting table and an integrated dust collector. Dust collection was critical because fiber laser cutting produces extremely fine particulates that can impact equipment performance if not captured effectively.
After several months of operation, the existing dust collector began experiencing performance issues.
In this application:
Because the dust collection system could not maintain proper airflow, the fiber laser table became difficult to operate reliably.
The importer needed a replacement dust collector that was effective, easy to install, and available immediately.
While attending the FABTECH trade show in Chicago, the importer connected with A.C.T. Dust Collectors to discuss the application challenges.
After reviewing the customer’s needs, A.C.T. Dust Collectors recommended the LaserPack 6 dust collection system.
The system was selected for its:
The LaserPack 6 measures approximately 42 inches wide by 58 inches deep, making it well suited for facilities with limited floor space.
Unlike the original overseas system, the LaserPack series was specifically designed for laser cutting dust collection applications. Learn more about the LaserPack series.
Because LaserPack units were available from inventory, the replacement system shipped within days of the order being placed.
After installation:
The LaserPack 6 immediately resolved the airflow and dust collection issues affecting the fiber laser cutting table. Following the successful installation, the importer purchased additional LaserPack systems for other customers across the United States.
Fiber laser cutting applications generate extremely fine particulates that require effective source capture and filtration.
Dust collection systems for fiber laser applications should:
Fast equipment availability can also be critical when dust collection issues interrupt production schedules.
A.C.T. Dust Collectors designs industrial dust collection systems for fiber laser cutting, plasma cutting, welding, and metal fabrication applications. Our LaserPack systems are built specifically for laser cutting operations and are available with quick-ship options to help facilities reduce downtime and restore production faster.
Talk to our team today to find the right dust collection solution for your laser cutting application.
Fiber laser cutting applications commonly use cartridge dust collectors designed to capture fine particulate generated during cutting operations. These systems help maintain airflow, protect equipment, and improve air quality within the facility.
Dust collection is important for fiber laser cutting because fine airborne particulates can affect equipment performance, filter life, and indoor air quality. Proper filtration helps maintain cleaner operations and reduce production interruptions.
A plug-and-play dust collection system is designed for faster installation and simplified setup in manufacturing environments. These systems help facilities reduce downtime by allowing dust collection equipment to be installed and operating more quickly with minimal disruption to production.
Poor airflow reduces a dust collection system’s ability to capture fine particulates effectively. In fiber laser cutting applications, insufficient airflow can lead to dust buildup, reduced filter performance, shorter filter life, and operational issues that impact production efficiency.
Fast delivery matters for industrial dust collectors because production delays and air quality issues can quickly affect manufacturing operations. In-stock industrial dust collectors help facilities restore airflow, reduce downtime, and get production equipment back online faster when problems occur.