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Dust Dollector.

BESTIN supplies woodworking dust collectors for point-of-use extraction, multi-machine work areas, and heavier chip loads. It can be connected with sliding table saw, edge banding machine, cnc nest machine, sanding machine.

Start with the machines you need to connect. Send your machine list, dust-port sizes, duct layout, and material. We will compare the current models before preparing a quotation.

Machine Type

Dust Dollector HY-750

Super Power

HY-750

  • Two-Stage Cyclone
  • Moto (kw): 7.5kw
  • Fan Dia. (mm): 550
  • Inlet Dia. (mm): 250
  • Air Flow: 10000

Details
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Dust Dollector HY150

Filter Cartridge

HY-150

  • Cyclone Filtration System
  • Moto (kw):1.5kw
  • Fan Dia. (mm): 300
  • Inlet Dia. (mm): 3*100
  • Air Flow: 4000
  • Filter Bag Dia.-Upper (mm): 485*900
  • Collecting Bag Dia-Lower (mm): 470*850

Details
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Dust Dollector MF9075B

Four Bag

MF9075B

  • Large Airflow Capacity
  • Moto (kw): 7.5kw
  • Fan Dia. (mm): 355
  • Inlet Dia. (mm): 6*100
  • Air Flow: 9000
  • Filter Bag Dia.-Upper (mm): 480*800
  • Collecting Bag Dia-Lower (mm): 480*800

Details
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Dust Dollector MF9030B

Economy

MF9030B

  • Moto (kw): 3kw
  • Fan Dia. (mm):300
  • Inlet Dia. (mm): 3*100
  • Air Flow: 4000
  • Filter Bag Dia.-Upper (mm): 480*850
  • Collecting Bag Dia-Lower (mm): 480*850

Details
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Dust Dollector MF9015

Portable

MF9015

  • Moto (kw): 1.5kw
  • Fan Dia. (mm): 300
  • Inlet Dia. (mm): 3*100
  • Air Flow: 4200

Details
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Dust Dollector MF9022A

Movable

MF9022A

  • Moto (kw): 2.2kw
  • Fan Dia. (mm): 300
  • Inlet Dia. (mm): 3*100
  • Air Flow: 4800
  • Filter Bag Dia.-Upper (mm): 480*800
  • Collecting Bag Dia-Lower (mm): 480*800

Details
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How to Select Dust Collect System?

When you are choosing a woodworking dust collector, you should consider the machines, production process and workshop conditions.
Send Your Production Requirement

1. List every machine and dust port

Record the machine model, port diameter, and port count.

2. Define simultaneous use

State which machines can run at the same time.

3. Map the duct route

Measure the main duct, each branch, and the flexible hose sections. Mark elbows, reducers, tees, blast gates, and vertical lifts.

4. Set the required duty point

The duty point combines airflow and static pressure. Ask for a fan curve so you can check the selected point against real system resistance.

5. Review the filter

Check the media type, filter area, cleaning method, and published efficiency.

6. Plan waste handling

Estimate daily chip and dust volume. Make sure operators can empty the collector safely.

7. Confirm utilities and safety controls

Verify voltage, frequency, motor protection, earthing, controls, and installation space.

Dust Collectors for Different Woodworking Machines.

Different woodworking machines generate different types and volumes of dust. A suitable dust collector should therefore be selected according to the machine, machining process and production conditions.
Dust Dollector CNC Routers and CNC Nesting Machines

CNC Routers and CNC Nesting Machines

CNC routers and CNC nesting machines generate dust during cutting, routing, drilling, grooving and milling operations. CNC machining can produce both larger wood chips and fine dust. Effective dust extraction is therefore important for keeping the machining area cleaner during continuous production.

Dust Dollector Panel Beam Saws

Panel Beam Saws

Panel beam saws generate sawdust and wood particles during panel cutting. In furniture and cabinet manufacturing, panel beam saws may operate continuously and process large quantities of MDF, particle board, plywood and melamine panels.

Dust Dollector Sliding Table Saws

Sliding Table Saws

Sliding table saws generate sawdust during crosscutting, ripping and panel sizing. A compact dust collector may be suitable for an individual sliding table saw in a small workshop. A larger dust collection system may be required when several saws and other woodworking machines operate together.

Dust Dollector Edge Banding Machines

Edge Banding Machines

Edge banding machines can generate dust and small particles during several machining operations. For furniture factories operating several edge banding machines, dust extraction can be integrated into a centralized factory dust collection system.

Dust Dollector Wide Belt Sanders

Wide Belt Sanders

Wide belt sanders can generate a large volume of fine sanding dust. Compared with cutting or routing operations, sanding often produces smaller particles that require effective collection and filtration.

Dust Dollector Brush Sanding Machines

Brush Sanding Machines

Brush sanding machines can generate dust during surface finishing, edge sanding and profile sanding. The dust collection system should be selected according to the number of brush units, working width, production speed and material being processed.

Dust Dollector CNC Drilling Machines

CNC Drilling Machines

CNC drilling machines generate dust and small particles during boring and drilling operations. Although drilling may generate less material than heavy sanding or panel cutting, continuous production can still create significant amounts of accumulated dust.

Dust Dollector Planers and Thickness Planers

Planers and Thickness Planers

Planers and thickness planers generate larger wood chips and shavings during solid wood processing. Unlike fine sanding dust, planer waste may contain larger and heavier material. The dust collection solution should therefore be suitable for handling the type and volume of chips generated by the machine.

Get a Dust Collector Recommendation.

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Send one representative part and your production requirement. We will compare suitable models and prepare a configuration-based response.
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FAQ About Dust Collector.

What size dust collector do I need for a woodworking shop?
Start with the airflow required at each machine hood. Then calculate system resistance across the duct route. Machine count alone is not enough. We can review your equipment list and layout before suggesting a model.
A 3 HP collector can suit one larger machine or a small group that runs separately. The result depends on the dust ports, duct length, hood design, and filter condition.
A bag collector uses fabric bags for filtration and waste collection. A canister model uses pleated media in a rigid cylinder. Compare filter area, media, rated efficiency, and cleaning method before choosing.
Consider a cyclone when the process creates a higher volume of chips or when drum collection improves waste handling. Cyclone separation removes heavier material before the final filter. The system still needs correct fan and duct sizing.
Yes, if the collector and duct system are sized for the machines that run together. List the simultaneous operating combinations.
Cleaning frequency depends on dust load, filter area, operating hours, and the filter design. Monitor pressure or airflow when possible.