Nederman
Nederman dust collection built for cleaner air, safer shops, and production systems that can scale.
Nederman equipment helps woodworking and industrial shops capture dust at the source, protect operators, reduce cleanup pressure, support machine uptime, and plan filtration as part of the production system. Titan positions Nederman around clean air, combustible dust awareness, smart filter performance, machine-cell planning, ducting strategy, and long-term maintenance discipline.
Nederman turns dust collection from an afterthought into a production-control system.
Dust collection is not just a housekeeping item. It affects CNC reliability, sanding quality, operator health, fire-risk awareness, finishing consistency, machine maintenance, and whether the shop can add equipment without choking the airflow. Titan helps customers look at Nederman as a system: collectors, ducting, capture points, filtration, monitoring, waste handling, service access, and expansion planning.
Target dust at the source instead of chasing it across the shop.
FlexPAK-style extraction is suited to focused dust pickup, cleanup points, smaller extraction networks, and cells that need flexible collection without overbuilding a large central system too early.
View Nederman FlexPAK →
Bring monitoring and filter performance into the dust plan.
SMP SmartFilter is the right conversation when the shop needs better filtration visibility, planned maintenance, and a smarter path for central dust collection performance.
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Support larger airflow demands and growing machine cells.
S Series-style systems support shops moving into larger extraction demand across CNCs, saws, sanders, edgebanders, and mixed production cells.
View Nederman S Series →Dust collection is where clean production either scales — or quietly starts fighting every machine in the shop.
A CNC router can only run cleanly if chips leave the cut. A wide belt sander can only finish properly if dust is controlled. An edgebander performs better when the machine stays clean. Operators work better when the air and floor are not loaded with dust. A planned Nederman system gives the shop a cleaner route from machine output to filtered air, waste handling, service routines, and future expansion.
Plan My Dust Collection SystemNederman lineup from Titan Equipment.
Titan’s Nederman lineup is focused on dust collection and industrial air filtration. The correct choice depends on shop size, source-capture needs, ducting layout, machine mix, filter access, discharge method, service routines, and whether the system needs to support future CNCs, sanders, saws, or panel-processing lines.
Nederman FlexPAK
FlexPAK is positioned for focused extraction, cleanup points, small networks, and production areas that need flexible high-vacuum collection without immediately building a full central collector.
Best fit: smaller CNC cells, cleanup points, operator workstations, localized extraction, and shops beginning a cleaner air strategy.
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Nederman SMP SmartFilter
SMP SmartFilter is the strategic choice when the shop needs modern filtration, better visibility, stronger filter-performance planning, and a system that can support maintenance discipline over time.
Best fit: production woodworking, CNC-heavy shops, sanding areas, panel processing, and facilities wanting a smarter central filtration strategy.
View SMP SmartFilter →
Nederman S Series
S Series is positioned for larger dust collection demands where multiple machines, heavier chip loads, and broader shop airflow requirements need a more serious filtration platform.
Best fit: growing cabinet plants, millwork shops, sanding departments, panel processors, and shops with multiple dust-producing machines.
View S Series →Nederman comparison by production role.
Dust collection selection should start with the source of dust, not only collector size. CNC routing, sanding, sawing, edgebanding, drilling, and cleanup points all create different capture requirements, ducting strategies, and maintenance expectations.
Shop size recommendations.
The correct Nederman system depends on machine mix, dust type, layout, airflow demand, future equipment plans, and how much maintenance discipline the shop can realistically support.
Start by controlling the worst dust sources.
Smaller shops often need focused extraction before they need a full plant-wide system. CNC cleanup, sanding benches, localized extraction points, and operator cleanup areas can be solved in stages.
Recommended path: FlexPAK-style source capture, cleanup points, duct planning, shop-air review, and future central-system allowance.
Move dust collection from cleanup to production support.
As CNCs, saws, edgebanders, and sanders multiply, dust collection becomes a production constraint. The shop needs better airflow planning, duct discipline, service access, and filter performance control.
Recommended path: SMP SmartFilter, machine-by-machine airflow review, duct layout, blast-gate strategy, and maintenance schedules.
Build dust collection as an installed-base system.
Larger plants need airflow that scales with machine additions, sanding demand, chip load, filter maintenance, bin discharge, service access, and safety expectations.
Recommended path: S Series or smart filtration strategy, future machine allowances, monitoring, preventive service planning, and dust-risk review.
Current state to future state upgrade planning.
A dust-collection upgrade should reduce cleanup, protect operators, improve machine uptime, and prepare the shop for the next machine purchase instead of becoming the next bottleneck.
Where Nederman fits in real woodworking production.
Nederman dust collection touches nearly every major work cell in a woodworking operation. The system should be planned around the machines, materials, operators, maintenance staff, and future growth path.
Buying questions Titan should ask before quoting Nederman.
Dust collection should be diagnostic. Titan should understand the machine base, dust sources, duct path, material mix, cleanup burden, maintenance capacity, and future expansion plan before quoting a system.
Which machines need extraction now?
List every CNC, saw, sander, edgebander, planer, shaper, moulder, and cleanup point so the system is based on real airflow demand.
What machines are coming next?
Dust systems should leave room for future CNCs, sanders, saws, return systems, panel lines, and layout changes.
What materials create the dust?
MDF, hardwood, plywood, melamine, veneer, plastics, sanding dust, and mixed chip loads can require different capture and filtration thinking.
Where can the duct actually run?
Ceiling height, machine layout, service access, elbows, drops, blast gates, and collector location can make or break performance.
Who owns filter care and bin emptying?
The best collector still fails if filters, bins, cleaning cycles, alarms, and service intervals are ignored.
Has combustible dust risk been reviewed?
Wood dust requires serious safety thinking. Titan should help customers ask the right questions and involve qualified dust-collection and code professionals where needed.
Build the full Nederman dust-collection system.
A dust collector performs best when it is planned with machine hoods, ducting, tooling, airflow, service access, waste handling, operator routines, and future machine additions.
Match extraction to the machine cell.
CNC routing, drilling, nesting, and trimming create heavy chips and dust. Collector sizing should be reviewed with toolpath load, hood design, spoilboard use, and machine output.
View SCM CNC Machines →
Control fine dust before it damages the finish.
Sanding dust affects operators, surface cleanliness, finish quality, and cleanup. Plan airflow with the sanding cell, not after it is installed.
View Sanding Equipment →
Plan ducts around real production movement.
Collector location, duct drops, carts, conveyors, return systems, service aisles, and machine access all matter when building a system that operators can live with.
View Material Handling →Plan dust collection around the full shop — not just the collector.
Tell Titan what machines you run, what materials create the dust, where cleanup is wasting time, what equipment you plan to add, and where the collector can realistically live. We can help frame a Nederman dust collection strategy around source capture, ducting, filtration, service, monitoring, safety review, and long-term production growth.