Dust Collection
Industrial Vacuum
Machine Mist
Paint Overspray
Smoke Collection
- 1. Welding Smoke — Unducted System
- 2. Mig Welding — Unducted Air Cleaning System
- 3. Unducted System
- 4. Maintenance Welding
- 5. Aluminum Welding — Downdraft Table
- 6. Robotic Welding
- 7. Welding Smoke Extractor Gun
- 8. Welding Booth
- 9. Overhead Collector With Arms
- 10. Welding Cells
- 11. Stainless Steel Welding — Portable
- 12. Plasma Cutting
- 13. Welding Shop
- 14. Laser Cutting
- 15. Brazing
- 16. Cutting Slag
- 17. Scrap Yard
- 18. Resistance Welding
- 19. Soldering Fumes
- 20. Welding & Grinding
- 21. Robotic Welding Cells
- 22. Robotic Cell
- 23. Plasma & Build Up Welding
- 24. E-Z Arms
- 25. Plasma Torch
- 26. Robotic Cell — F240
- 27. Robotic Cell — DC-6
- 28. Robotic Cells — HC-4
- 29. Soldering — F240
- 30. Soldering — VOM 2400
- 31. Glue Pot
- 32. Laser Cutting Table
- 33. Large Welding Hood
- 34. EDM Smoke -- Source Capture
Wood Dust
Vehicle Exhaust
Wet Collection
1.
Welding Smoke — Unducted System
A free-hanging unducted system with a fume containment curtain creates a planned air circulation pattern. The ambient air cleaners achieve a substantial contaminant reduction at steady-state levels for a lawn mower manufacturing company.
2.
Mig Welding — Unducted Air Cleaning System
A welding curtain was installed on two sides of the space to contain the welding smoke. Then (4) F70R free hanging air cleaners were suspended from the ceiling to create a back and forth air flow pattern with right angle discharge silencers. The air quality was improved 80% with this system.
3.
Unducted System
Typically reducing airborne contaminants up to 85%, unducted air filtration systems significantly improve the in-plant environment. This system, designed for a complete air change every six minutes, filters out welding smoke generated in the shop of a railroad parts manufacturer.
4.
Maintenance Welding
Maintenance shop for large power plant used F-70R air cleaners mounted on floor stands to create a cross bay air flow pattern above their welding booths.
5.
Aluminum Welding — Downdraft Table
Downdraft table controls welding fumes and smoke from aluminum welding on light fixtures.
6.
Robotic Welding
An AT-6 cartridge collector collects welding fumes from a robotic welding cell at a large automotive manufacturing company.
7.
Welding Smoke Extractor Gun
Dust-Pak Fume Extraction System captures smoke from welding with .062 flux core wire.
8.
Welding Booth
TIG welding on aluminum parts at a light fixture manufacturing company: fumes are contained and collected in the booth, with welding curtain on three sides and translucent curtain on the ceiling. Regain air plenum recirculates clean air and enhances capture velocity.
9.
Overhead Collector With Arms
An F120 filtration unit with two flexible extractor arms collects welding fumes from manual MIG welding operations.
10.
Welding Cells
Welding fumes generated from manual and robotic welding cells at an automotive manufacturer are captured by E-Z arms, ducted to the exterior, and collected by an AT central cartridge collector mounted aside.
11.
Stainless Steel Welding — Portable
A portable cartridge collector with flexible extractor arm controls stainless steel welding fume.
12.
Plasma Cutting
An E-Z Arm connected to a DC-6 cartridge collector along with a downdraft table controls plasma cutting fumes. The ductwork to the collector connects at a spindle for ease of movement.
13.
Welding Shop
Three DC-8 dust collectors with 7.5 HP motors capture welding smoke at a vocational school. Each collector has eight cartridges and is ducted with clamp together pipe to four 6" flexible arms. Each arm has a bell shaped hood with an internal rag guard.
14.
Laser Cutting
A DC-8 cartridge collector with a steel spark trap collects fumes generated by a Mazak laser cutting operation.
15.
Brazing
A DC-6 cartridge collector collects fumes from an automatic brazing operation.
16.
Cutting Slag
A manufacturer of stainless steel utilizes an AT-16 cartridge dust collector (32 cartridges, 6000 cfm, 15 HP motor) to collect smoke generated while cutting slag from their large ladles. The pivotal 6’ diameter bell shaped hood is easily moved out of way when the large ladles were moved in and out by an overhead bridge crane.
17.
Scrap Yard
Scrap yard using cartridge dust collectors ducted to containment booths to collect cutting smoke.
18.
Resistance Welding
A manufacturer of metal stampings for automotive industry used (1) F360 bag filtration system to collect resistance welding fumes and residual oil smoke from their part totes. The F360 used a 10 HP motor and was ducted with clamp together piping to (10) 6" diameter flexible arms with capture hoods. The bag filters in the F360 are lasting 1 year.
19.
Soldering Fumes
Fume Pak with (2) remote mounted 2.5" arms used to collect soldering fumes.
20.
Welding & Grinding
Manufacturer of automobile brakes uses a 2400 VOM media air cleaner to collect welding smoke and grinding dust from their existing work table. The table had 1 inch square holes in the top so just the sides were enclosed and then a 12" round duct was connected to the 2400 VOM.
21.
Robotic Welding Cells
Appliance manufacturer uses (8) AT-4 cartridge dust collectors to collect welding smoke from 9 robotic welding cells.
22.
Robotic Cell
Automotive second tier supplier installed an AT-4 cartridge collector to collect smoke from a robotic welding cell.
23.
Plasma & Build Up Welding
AT-28 cartridge dust collector collects plasma, build up and manual welding. Special hoods were designed for the build up welding, a plasma containment room is used for the plasma and a boom with capture arm for the manual welding. The AT-28 has a drop out box to collect heavy sparks, 56 filters and 40 HP motor which provides 14000 cfm.
24.
E-Z Arms
Flexible E-Z Arm fume extractors are used with booms to collect welding fume and exhaust it outside.
25.
Plasma Torch
Adult Training Center using a Model DT-23 downdraft table connected to a remote DCH-2 cartridge dust collector with the patented "Vibra Pulse" Cleaning System to collect welding smoke generated from mig welding and a hand held plasma cutting torch.
26.
Robotic Cell — F240
Effective fume control is achieved by creating a negative airflow in an enclosed robotic welding cell with an F240.
27.
Robotic Cell — DC-6
In this robotics operation, fumes and smoke are effectively contained in the cell by creating a slight negative and the contaminants are ducted to an external DC-6 cartridge collector.
28.
Robotic Cells — HC-4
These robotic welding cells are equipped with large hoods to capture weld fumes and smoke, which are then ducted to HC-4 collectors.
29.
Soldering — F240
An F240 vertical media unit easily collects soldering fumes with 3-inch flex arms.
30.
Soldering — VOM 2400
A VOM 2400 collects soldering fumes from multiple hand soldering stations with flexible arms.
31.
Glue Pot
A portable Mini-Vac collects fumes from a glue pot.
32.
Laser Cutting Table
Model AT-24 cartridge collector mounted outside and ducted to Mazak laser cutting table.
33.
Large Welding Hood
Welding smoke collection hood 72’ x 12’ with (4) 3500 CFM air cleaners. Each unit has three stage filters with (6) spark baffles, (6) 4” pleats and (6) 10-pocket 95% bags filters unit. Filters are changed out from underneath the welding hood.
34.
EDM Smoke -- Source Capture
Mini Pac portable media air cleaner collecting smoke from a 200 amp EDM.
