Dust Collection Planning
Dust collection planning for shops that need cleaner flow and safer uptime.
Titan helps shops audit, upgrade, refit, or deploy dust collection systems around real machinery, real airflow demand, real duct routing, and real production goals. Whether your shop has an older collector that needs modernization or you are planning a new CNC cell, we map the footprint, power, ducting, stop zones, collection points, and deployment strategy before equipment lands.
There are two common dust collection problems: old systems and new machines.
Some shops already have dust collection, but the collector, ducting, gates, zoning, or airflow strategy no longer matches the work being done. Other shops are adding new CNC machines, sanders, saws, edgebanders, or production cells and need the system planned before the dust problem becomes a bottleneck.
Existing System Refit
We review older dust collectors, undersized ducting, poor routing, worn components, weak airflow, and outdated layouts that no longer support production.
New System Deployment
We help plan main collectors, support collectors, mini collectors, indoor or outdoor placement, and collection strategy for new equipment.
CNC Cell Integration
We connect dust planning to nesters, beam saws, edgebanders, sanders, point-to-points, dowel inserters, and material handling systems.
What Titan audits in the shop.
Dust collection is not just a machine purchase. It is a system: collector capacity, ducting, zones, blast gates, machine ports, power, floor layout, filtration, chip load, and future growth all have to work together.
Footprint
Collector location, indoor vs outdoor placement, duct runs, machine layout, service access, ceiling height, and floor constraints.
Airflow Demand
Machine requirements, dust load, simultaneous machine use, CNC chip volume, sanding fines, and required extraction points.
Power Requirements
Electrical service, motor requirements, panel capacity, starter needs, control logic, stop zones, and install readiness.
Ducting & Zones
Main runs, branch drops, blast gates, stop zones, machine isolation, future expansion paths, and airflow loss points.
A powerful collector with bad ducting is still a weak system.
The real performance comes from the entire layout: collector sizing, duct diameter, routing, machine connection, gate strategy, filter performance, chip handling, power planning, and how the shop actually runs.
Dust planning process.
Titan turns the dust collection conversation into a practical deployment plan — whether you are refitting what you have or starting fresh.
Audit the current shop
We review existing collectors, ducting, machine connections, shop footprint, dust-heavy equipment, airflow complaints, and production bottlenecks.
Map machine requirements
We identify dust demands from CNC routers, beam saws, panel saws, edgebanders, sanders, dowel inserters, point-to-points, and support machines.
Plan ducting, zones, and controls
We review duct routing, branches, stop zones, machine isolation, blast gate strategy, collector placement, and control requirements.
Review power and installation readiness
We flag electrical requirements, infrastructure constraints, install sequence, access issues, and where contractors may need to be involved.
Recommend dust collection deployment
We suggest main dust collection, support dust collection, mini collectors, indoor or outdoor solutions, and upgrade paths suited to the shop.
Check for local rebate or credit opportunities
Where applicable, Titan can help identify whether local energy-efficiency programs, municipal incentives, or utility credits may support the project.
System types we help plan
- Main shop dust collection systems
- Exterior dust collection deployments
- Interior dust collection deployments
- Support dust collection for specific cells
- Mini collectors for isolated equipment
- CNC router and nester extraction
- Sander fine-dust extraction
- Edgebander and saw extraction
- Ducting, gates, and stop zones
What you get out of it
- A clearer dust collection upgrade path
- Better understanding of airflow requirements
- Reduced install-day surprises
- Cleaner machine-specific extraction strategy
- Better duct routing and zoning direction
- Support for future CNC expansion
- Improved production cleanliness and uptime
- Potential rebate or credit research where available
Built around the machines that create the dust.
Dust strategy changes depending on the equipment in the shop. A nester, edgebander, beam saw, wide belt sander, and point-to-point machine do not create the same extraction challenge.
CNC Routers & Nesters
High chip volume, spoilboard dust, toolpath-driven extraction demand, and machine enclosure considerations.
Saws & Edgebanders
Cutting chips, trim waste, scoring dust, glue-line contamination risk, and machine-specific port planning.
Sanders & Fine Dust
Fine-dust capture, filtration expectations, operator exposure reduction, and sanding-room support collection.
Planning dust collection before the next machine lands?
Bring Titan in to audit your footprint, airflow demand, ducting, power, machine list, stop zones, and deployment options. We’ll help build a practical dust collection direction for your real shop.