About
Specification Industrial Dust Collection System for Bag Lines Robopac Robot S7 Self-Propelled Stretch Wrapper
Type Auxiliary Auxiliary
Material Multi Multi
Automation Full Auto Semi Auto
Speed (bags/hr)
Layers
Bag Width (mm)
Bag Length (mm)
Price (USD) $10,000–$30,000 $15,000–$40,000
Power (kW) 15 kW 2 kW
Weight (tons) 2 t 0.2 t
Print Colors N/A N/A

Comparison Summary

Both machines perform comparably across measurable specifications. Your decision should focus on brand support, regional availability, and specific production needs.

Industrial Dust Collection System for Bag Lines

Industrial dust collection system for cement bag production lines. Pulse jet bag filter, 99.9% efficiency, 200 CFM. OSHA/EPA compliant.

Advantages

  • 99.9% dust capture
  • Regulatory compliance
  • 200 CFM capacity

Considerations

  • Ancillary equipment
View Full Specs

Robopac Robot S7 Self-Propelled Stretch Wrapper

Robopac Robot S7 self-propelled stretch wrapper. 30 loads/hr, 200-250/battery. Cube Technology saves 30-55% film. Mobile, no fixed install.

Advantages

  • Self-propelled mobile
  • 30-55% film savings
  • Any pallet size
  • 200-250 loads/battery

Considerations

  • Semi-automatic only
View Full Specs
Which is faster, Industrial Dust Collection System for Bag Lines or Robopac Robot S7 Self-Propelled Stretch Wrapper?

Speed data is available on the individual machine pages. Visit the links above for full specifications.

Which is more affordable, Industrial Dust Collection System for Bag Lines or Robopac Robot S7 Self-Propelled Stretch Wrapper?

The Industrial Dust Collection System for Bag Lines starts at a lower price point ($10,000). However, total cost of ownership includes maintenance, power, and spare parts.

Can I use Industrial Dust Collection System for Bag Lines and Robopac Robot S7 Self-Propelled Stretch Wrapper for cement bag production?

Both machines can be evaluated for cement bag applications. Check the material compatibility, bag dimensions, and automation level against your specific production requirements.