Max Saturation Systems
High-Capacity Saturation Filtration for Demanding Processes
Max Saturation Systems from TBH are engineered for higher particulate
loads, longer operating cycles, and more demanding industrial applications
where standard saturation systems reach their limits.
What Makes a Max Saturation
System Different?
Max Saturation Systems are built for processes that generate higher volumes of
fine particles, longer duty cycles, or require additional downstream filtration such
as HEPA or activated carbon. These systems bridge the gap between flexible
workstation units and fully automatic dust collectors.
Expanded Filter Area
Expanded filtration capacity handles higher volumes of fine particles.
Multi-Stage Saturation
Distributed particle loading across multiple filter stages.
Higher Static Pressure
Maintained extraction performance even as filter loading increases.
Stable Airflow
Consistent extraction protecting equipment and air quality.
Key Advantages
Max Saturation Systems deliver increased airflow, extended filter life, and advanced
modular filtration, while maintaining predictable maintenance and reliability.
Increased Filtration Capacity
Designed for higher dust and fume loads without sacrificing airflow stability.
Extended Filter Service Life
Optimized filter staging distributes particle loading evenly, reducing premature filter replacement.
Application Specific Configurations
Easily congured with harting
connections, spark arrestors,
extraction arms, and separators.
Predictable Maintenance
No pulse cleaning or compressed air, maintenance schedules remain simple, controlled, and measurable.
Energy-Efficient Recirculation
Filtered air can be safely returned to the workspace, reducing HVAC losses and improving energy efficiency.
Reduced Downtime
Robust, scalable saturation filtration supports safer workplaces and improved ROI over the system lifecycle.
Measurable ROI
The larger pre-filters help reduce overall cost of ownership by keeping filter replacements minimal.
Flex Saturation System Families
Choose from our range of saturation filtration solutions, each engineered for
specific application requirements and workspace constraints.
TFS 200 Series
Professional-grade saturation filtration
The TFS 200 Series is designed for continuous industrial use, offering higher airflow and larger filter volumes than Flex systems. Ideal for laser processing, welding-related fumes, and industrial manufacturing environments requiring dependable long-term operation.
TFS 220
TFS 230
TFS 250
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TFS Plus Series
High-output saturation systems for production environments
The TFS Plus Series delivers maximum airflow and filtration capacity within the saturation category. These systems are well suited for centralized extraction, multi-machine setups, and processes with elevated particulate generation where uptime and consistency are critical.
TFS 500
TFS 1000
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LN 600 Series
High-performance saturation for large-scale applications
The LN 600 Series combines high airflow performance with advanced modular filtration options, making it ideal for demanding laser and industrial processes that require powerful extraction without transitioning to self-cleaning cartridge systems.
LN 610
LN 615
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Typical Applications
Max Saturation Systems are especially effective where filter life, airflow stability,
and system reliability are critical to production performance.
Welding Related Processes
Dependable long-term operation for welding fume extraction needs.
High-Throughput Manufacturing
Reliable extraction for continuous production processes with elevated dust generation.
Electronics & Battery Production
Protect sensitive components and workers in advanced manufacturing environments.
Plastic Processing & Thermal Applications
Extract fumes generated during thermal processing and molding operations.
Multi-Workstation Setups
Centralized extraction for multiple machines and production areas.
Laser Cleaning Processes
Dependable protection and extraction at the source of your laser cleaning operations.
Not Sure If Max Is the Right Fit?
We evaluate your process, contaminant type, airflow needs, and operating conditions to
recommend the most efficient solution without overspecifying.