About
Specification Botheven CS-Series Cutting-Sewing Line Rentech Auto Bag Conversion Line
Type Complete Line Complete Line
Material Pp Woven Pp Woven
Automation Full Auto Full Auto
Speed (bags/hr) 32–45 30–40
Layers 1–2 1–2
Bag Width (mm) 500–650 300–800
Bag Length (mm) 670–1200 300–1200
Price (USD) $50,000–$90,000 $22,000–$40,000
Power (kW) 15 kW 8 kW
Weight (tons) 3 t 2.5 t
Print Colors N/A N/A

Comparison Summary

In our side-by-side comparison, the Rentech Auto Bag Conversion Line leads in 3 out of 4 measurable categories. However, the best choice depends on your specific production requirements, budget, and regional availability.

Botheven CS-Series Cutting-Sewing Line

Botheven CS-series automatic cutting-sewing conversion line. 32-45 bags/min with servo bag length control and gripper transfer. Laminated, unlaminated, leno, and BOPP bags.

Advantages

  • 32-45 bags/min high speed
  • Servo length control
  • Multi-material compatible
  • Gripper transfer

Considerations

  • Open-mouth only
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Rentech Auto Bag Conversion Line

Rentech automatic bag conversion line. 40 bags/min for PP/HDPE woven bags. Suitable for rice, cement, and general purpose bags.

Advantages

  • 40 bags/min
  • Affordable
  • Multi-purpose

Considerations

  • Open-mouth only
  • Basic features
View Full Specs
Which is faster, Botheven CS-Series Cutting-Sewing Line or Rentech Auto Bag Conversion Line?

The Botheven CS-Series Cutting-Sewing Line has a higher maximum speed of 45 bags/hr compared to 40 bags/hr.

Which is more affordable, Botheven CS-Series Cutting-Sewing Line or Rentech Auto Bag Conversion Line?

The Rentech Auto Bag Conversion Line starts at a lower price point ($22,000). However, total cost of ownership includes maintenance, power, and spare parts.

Can I use Botheven CS-Series Cutting-Sewing Line and Rentech Auto Bag Conversion Line 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.