Back to list


Structural Features and Advantages/Disadvantages of Bulk Bag Sewing Machines


2026-02-11


With the booming development of global logistics and transportation, the demand for outer packaging products such as bulk bags and packaging bags is steadily increasing. To meet these usage requirements, bulk bag sewing machines have emerged in industrial sewing.

 

Since these machines handle materials of varying thicknesses, key parameters beyond sewing speed include stitch thickness, presser foot lift height, and cornering capability. Typically large-scale equipment, bulk bag sewing machines must exhibit excellent fatigue resistance and sewing stability due to the physical constraints imposed by thick materials. Additionally, most FIBC sewing machines employ differential feed or synchronous feed systems, significantly extending the machine's sewing lifespan.

 

FIBC sewing machines utilize either a swing shuttle or rotary shuttle structure, each with distinct advantages and disadvantages. Advantages and disadvantages of swing shuttle sewing machines: Machines with swing shuttle structures utilize durable metal casings but produce high noise levels and may experience thread jamming. Thread replacement frequency is high, and operating speeds are relatively lower (older swing shuttle models exhibited these issues; continuous redesign and innovation have successfully addressed noise and speed limitations in modern swing shuttle machines).

 

Rotary Shuttle Sewing Machine Advantages and Disadvantages:

Constructed with resin material, it offers low wear resistance but produces minimal noise. Its material and design reduce thread jamming, enabling faster operation speeds.

 

Different bag sewing machine structures suit varying thicknesses of sewing materials. Select the appropriate machine model based on material characteristics before sewing.

Next page:

— related —

Track information, focus on news