Dust Collection System Cost:
2026 Indiana Price Guide (Real Numbers from
Actual Projects)

Updated May 2026 · Based on real Indiana facility quotes · Collectors and Filters, Inc.

Every week, plant managers and shop owners across Indiana ask us the same question: "What does a dust collection system actually cost?"

And every week, they tell us they got the runaround from contractors who responded with "it depends" and never committed to real numbers.

So here they are.

We have been sizing, supplying, and supporting industrial dust collection systems for Indiana manufacturers since 1955. We have written quotes for everything from $12,000 source capture setups for small welding shops to $400,000-plus central systems for large production facilities. We know what this equipment costs because we sell it and we write the proposals.

This guide covers what you are actually going to pay, what drives the price up or down, and how to tell whether a quote is reasonable or whether someone is cutting corners.

Dust Collection System Cost in 2026: Indiana Pricing by Facility Size

Here is what Indiana manufacturers are paying for complete systems, equipment plus installation, right now:

Those are real numbers from real quotes we have written for Indiana facilities in the past few years. The equipment cost is only part of the picture.

Dust Collection System Cost Breakdown: Where Your Money Goes

When a contractor quotes you $150,000, what are you actually buying? Here is where each dollar goes.

1. The Collector: $5,000 to $200,000

The collector is the main unit with the filters and fan. Most people think this is the whole system. It is typically 30 to 40 percent of your total installed cost.

Source Capture and Portable Units: $5,000 to $18,000 each

Single-station units for welding fume or grinding dust. Plug-in, portable, no ductwork. Right for 1 to 3 work areas where a central system is not needed.

Small Central Collectors: $18,000 to $45,000

2,000 to 7,000 CFM. Handles 4 to 8 machines. AGET's cyclone and afterfilter systems fall into this range and are well suited for woodworking and light metal shops where compressed air is not reliable. No pulse valves, no solenoids, mechanically simple.

Medium Systems: $45,000 to $120,000

7,000 to 20,000 CFM. Serves 10 to 20 machines. Can go outdoors or in. Includes hopper and rotary valve for dust discharge. This is where most Indiana production shops land.

Large Industrial: $120,000 to $400,000 and up

20,000 to 50,000-plus CFM. Whole-facility or major department coverage. Built to run for 20-plus years with minimal downtime. Multi-module baghouse systems for very high volume applications.

What makes one collector cost ten times more than another?

• CFM capacity (bigger fan, bigger housing, more filter area)
• Filter type (standard cellulose versus nanofiber)
• Construction material (carbon steel versus stainless)
• Explosion-rated construction for combustible dust applications
• Indoor versus outdoor placement (outdoor adds weather protection, structural requirements)

2. Ductwork: $8,000 to $200,000 (Often More Than the Collector)

This is where most of the variation in quotes comes from, and where the most corner-cutting happens.

Basic Ductwork: $8,000 to $28,000

4 to 8 machines, short runs, straightforward layout. Nordfab clamp-style systems in this range reduce labor compared to traditional slip-fit ductwork because each section assembles in seconds rather than minutes.

Complex Ductwork: $28,000 to $90,000

10 to 18 machines, longer runs, multiple elevations. You are paying for custom fabrication, proper pipe sizing, structural supports, building penetrations, and installation labor. Every facility layout is different.

Facility-Wide Ductwork: $90,000 to $150,000-plus

20 to 50 capture points across a large shop. Blast gates, zone controls, large-diameter main trunks. Extensive structural steel for hanging ductwork at the right elevations.

3. Fire and Explosion Protection: $0 to $150,000-plus

If you process wood, metal, grain, food powder, or most organic materials, this is not optional. NFPA 660 requires engineered protection for combustible dust. Here is what the components cost.

No Protection Required: $0

Non-combustible dust only. Mild steel welding fume, general nuisance dust with no combustibility risk. These applications are increasingly rare once you look at actual dust hazard analysis results.

Abort Gate (Single): $7,500 to $13,000

A backdraft damper that closes during a fire or explosion event to prevent flame from traveling back through the ductwork. Common on smaller woodworking systems. This is the minimum protection for most combustible dust applications. One abort gate at the collector inlet is typical for a small central system.

Abort Gates Plus Suppression: $20,000 to $50,000

Two abort gates (inlet and outlet isolation) plus a chemical suppression system for the collector. Required for higher-hazard applications or when the collector is located indoors with no safe external vent path. The suppression system detects a deflagration event in milliseconds and discharges suppressant to stop it.

Full Protection Package: $50,000 to $150,000-plus

Multiple isolation points, continuous monitoring, redundant systems. Required for high-KSt dusts like aluminum and magnesium, pharmaceutical powders, and high-volume food processing. Also required when a facility has multiple collection zones that need isolation from each other.

4. Installation Labor: $12,000 to $150,000

Labor is typically 25 to 40 percent of total system cost. Here is what you are paying for:

• Rigging and setting the collector (these units weigh 3,000 to 20,000 pounds or more)
• Fabricating and hanging all ductwork
• Structural supports and anchoring
• Building penetrations through walls or roof
• Startup, commissioning, and system testing

What makes installation more expensive:

• Rooftop placement requires crane rental and roof reinforcement
• High ceilings mean more lift equipment and structural steel
• Active production facilities require working around your schedule
• Older buildings with limited access or non-standard construction
• Remote locations in rural Indiana can affect travel and coordination costs

5. Electrical and Controls: $4,000 to $50,000

Basic Controls: $4,000 to $12,000

Power to the collector, motor starter, HOA (hand-off-auto) switch. Simple and reliable. Standard on most straightforward single-collector installations.

Automated Controls: $12,000 to $40,000

• Variable frequency drive (VFD) cuts energy cost 30 to 50 percent
• Automatic blast gates that open when a machine runs and close when it stops
• Differential pressure monitoring that tells you when filters need service
• Machine interlock so the collector must be running before machines can start

On a $150,000 system, adding $14,000 for a VFD and automated blast gates typically pays back in 3 to 4 years from energy savings alone. The rest of the equipment life, which is 15 to 20 years on a properly sized AGET or ACT system, is pure savings.

6. Engineering and Design: $2,500 to $25,000

No Engineering ("We Will Figure It Out"): $0

Walk away. A contractor who eyeballs duct sizes is guessing. When the system underperforms or fails inspection, you pay to fix it at a much higher cost than proper engineering would have been.

Standard Engineering: $2,500 to $8,000

CFM calculations, ductwork sizing and layout, equipment specification, installation drawings. Required for any system over $50,000.

Full Engineering with Documentation: $8,000 to $18,000

Dust hazard analysis, explosion protection calculations, permit-ready drawings, OSHA compliance documentation. Required for combustible dust applications under NFPA 660.

7. Commissioning and Testing: $1,500 to $8,000

This is the verification that your system actually performs as designed:

• Capture velocity testing at every hood
• Transport velocity verification in the ductwork
• Differential pressure readings across filters
• Explosion protection equipment verification
• Documentation for OSHA and insurance audits

Contractors who skip testing are betting that no one checks their work. When OSHA shows up or your insurance carrier requests commissioning documentation, you need these records. We include commissioning on every system we supply for larger installations.

Dust Collection System Cost Over 10 Years: The Full Picture

The purchase price is not the whole story. Here is what you will actually spend over a decade of operation.

Annual Operating Costs

Energy: $1,800 to $30,000 per year

A 10,000 CFM collector running two shifts, five days a week, costs approximately $7,000 to $10,000 per year in electricity at Indiana utility rates. Add a VFD and automated controls and you cut that by 35 to 40 percent. That is $2,500 to $4,000 back in your pocket every year, every year the system runs.

Filter Replacements: $1,200 to $18,000 per year

• AGET shaker-cleaned bag filters last 2 to 4 years on properly sized systems
• Cartridge filters last 6 to 18 months depending on dust load
• AGET's 3-year filter warranty on DUSTKOP systems, when the equipment is properly applied, covers replacement filters at no charge during the warranty period

Maintenance: $800 to $8,000 per year

AGET systems with no compressed air components have the lowest maintenance burden of any collector type. No pulse valves, no solenoids, no timer boards. Routine maintenance is inspection, drum emptying, and periodic bearing service. More complex pulse-jet systems add compressed air components that require regular attention.

Dust Disposal: $400 to $5,000 per year

• Wood dust is often free to dispose of and many local farms will take it
• Metal grinding dust may have scrap value
• Combustible dust classified as hazardous requires special handling

Real Example: 10-Year Operating Cost on a $140,000 System

This is why energy-efficient design and quality filters matter. A system that costs $12,000 more upfront but saves $2,000 a year in energy breaks even in 6 years and keeps saving money for the rest of its operational life.

When You Do Not Need to Spend a Lot

Here is something most contractors will not tell you: not every shop needs a $200,000 system. Here is how to match the system to the actual need.

Go Small ($12,000 to $55,000) When:

• 1 to 6 work areas with intermittent dust generation
• Non-combustible dust (mild steel welding fume, general nuisance dust)
• Facility under 5,000 square feet
• You need compliance now without capital expenditure for a full central system

Go Mid-Range ($65,000 to $280,000) When:

• 7 to 20 work areas running regular production
• Combustible dust present (wood, metal grinding, food powders)
• NFPA 660 compliance required
• You need documented proof of system performance for insurance or customer audits

Go Large ($280,000 to $550,000) When:

• 20-plus work areas, multiple shifts, high production volume
• Large facility with long ductwork runs
• Multiple departments with different dust types requiring zone isolation
• State or federal regulatory compliance requires full dust hazard analysis documentation

Red Flags in Contractor Quotes

We review competitor quotes regularly. Here are the warning signs that a quote is either underbuilt or that you will be hit with change orders midway through the job.

How to Compare Dust Collection Quotes Correctly

Do not compare bottom-line numbers without confirming the scope is the same. Use this checklist.

Equipment

• Exact CFM rating at the stated static pressure
• Filter type and total filter area
• Motor horsepower and electrical configuration
• Construction material (carbon steel versus stainless versus special alloys)
• Indoor or outdoor rating
• Manufacturer and model number (not just a generic description)

Ductwork

• Total linear feet and main trunk diameter
• Material gauge at each section
• Number and type of hoods at each pickup point
• Blast gate type and location
• Structural support system

Explosion and Fire Protection

• What type is included: abort gate, suppression, or both
• Is it based on actual dust testing or published reference data
• Annual inspection and maintenance requirements going forward

Engineering

• Is a dust hazard analysis included
• Who performs it
• Are installation drawings and calculations included
• Will you receive copies of all engineering documentation

Installation

• Who handles electrical connections
• Are building penetrations included
• Who pulls permits
• Is crane or lift rental included if needed

Testing and Warranty

• What commissioning tests are performed and documented
• Equipment warranty length and terms
• Who handles warranty service
• Is the service provider local or out of state

Real Indiana Projects: What Facilities Actually Paid

These are representative examples from the types of projects we have been involved in across Indiana and the surrounding territory.

What Drives Cost Above $500,000

Most Indiana manufacturers will not be in this range, but if you are wondering why some systems go into six figures, here is what pushes the number up.

Multiple separate systems in one facility: Some applications require isolated collection systems that cannot share ductwork. Different dust types with combustibility concerns that cannot mix, or separate zones with distinct production processes, each need their own collector. Three separate systems cost roughly three times one system.

Stainless steel construction: Food-grade and pharmaceutical applications require all-stainless collector construction with smooth interior surfaces that can be cleaned and sanitized. Stainless fabrication costs 3 to 4 times more than carbon steel for the same capacity. A 10,000 CFM stainless system costs what a 30,000 CFM carbon steel system costs.

Retrofit complexity: Installing a full central system in an operating facility with active production, 25-foot ceilings, mezzanines, and zero downtime tolerance adds significant cost compared to a new-construction installation. Coordination, phased installation, weekend work, and the structural challenges of working around existing equipment all add up.

High-hazard dust with redundant protection: Aluminum, magnesium, and pharmaceutical powders require suppression systems with redundant detection, fast-acting isolation valves, and continuous monitoring. This is not optional for these applications, and the hardware and engineering required is substantially more expensive than abort gate protection for wood dust.

Bottom Line: What Should You Budget

A reasonable working rule for Indiana manufacturers: for every dollar your dust-generating operation produces in annual revenue, budget 2 to 3 cents for a compliant dust collection system. A $3 million per year woodworking facility should expect to invest $60,000 to $90,000 in a properly designed system. A $10 million metal fabrication operation should budget $200,000 to $300,000.

If a quote comes in significantly below that range, the contractor is either undersizing the system or leaving things out that OSHA and your insurance carrier will eventually require.

If a quote comes in significantly above that range, the contractor is either over-specifying or not being competitive. Get three detailed quotes with full line-item breakdowns before committing.

The right number comes from actual calculations based on your dust load, number of collection points, facility layout, and compliance requirements. Not from a budget target and not from guessing.

We have been doing this in Indiana since 1955. We represent AGET Manufacturing, Nordfab, ACT Dust Collectors, and other manufacturers, which means we can match the right equipment to your application rather than fitting every job to one product line. When we write a proposal, every line item is spelled out so you know exactly what you are buying.