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| Brand Name: | Cholly |
| Model Number: | GB6-180-2 |
| MOQ: | 1 |
| Price: | Negotiable |
An FIBC filling or discharge spout is normally attached to the bag opening through a circular or segmented seam. The process requires control of the spout center, overlapping layers, seam path, and opening dimensions to avoid spout displacement or wrinkles around the connection.
The DS9800 FIBC Sewing Machine is equipped with a 550 W motor for machine operation and factory power planning. However, the 550 W rating alone does not define sewing thickness, seam strength, or production speed. Actual capability also depends on the feed mechanism, needle, thread, and material combination.
Before sewing, verify the diameter, length, material, and installation position of the filling or discharge spout. The spout edge should be aligned with the prepared bag opening and temporarily fixed according to the sewing process to prevent movement during circular stitching.
The upper-and-lower compound-feed mechanism moves the spout and bag-body materials together. Coated fabric, multilayer folded edges, and locally reinforced structures should be tested with actual samples to evaluate feeding, turning, and needle-hole condition.
Motor power is mainly used to check the electrical configuration and workshop power supply. Buyers should also confirm voltage, frequency, plug type, and motor configuration because the supplied material specifies 550 W but does not state a standard voltage or frequency.
The maximum sewing speed is 800–1000 stitches/min. Circular spout seams may require a different operating speed depending on opening diameter, material layers, and the amount of manual turning. Maximum speed should not be used directly to calculate the processing time per bag.
Confirm that the bag opening matches the spout diameter and check the available fabric allowance.
Complete center alignment and temporary edge fixation before sewing to reduce movement during processing.
The machine supports 7×230, 7×250, and 7×300 needles with an adjustable stitch length of 0–14 mm. The final configuration depends on the spout material, bag layers, and thread specification.
Check seam continuity, spout alignment, fabric wrinkles, needle holes, and thread-end treatment against the process requirements.
| Parameter | Specification |
|---|---|
| Model | DS9800 |
| Machine type | FIBC sewing machine |
| Motor power | 550 W |
| Maximum sewing speed | 800–1000 stitches/min |
| Maximum stitch length | 0–14 mm |
| Feeding method | Upper-and-lower compound feed |
| Shuttle-hook structure | Large shuttle hook |
| Applicable needles | 7×230, 7×250, 7×300 |
| Hand-operated presser-foot lift | 14 mm |
| Applicable materials | PP woven fabric, multilayer heavy fabric, and heavy-thread materials |
This FIBC Sewing Machine can be used to connect filling and discharge spouts to the prepared openings of FIBCs and jumbo bags. It can also process bag-body joints, folded edges, and local reinforcement fabric. Because the original material only confirms its use for FIBCs and other heavy materials, buyers should provide actual spout and bag-body samples to verify the sewing path and machine suitability for a specific spout size.
| Item | Information to Provide |
|---|---|
| Spout type | Filling or discharge spout |
| Spout dimensions | Diameter, length, and folded-edge dimensions |
| Material structure | Coated or uncoated PP woven fabric |
| Maximum overlap | Total layers at the spout connection |
| Seam requirement | Thread size, material, and number of seam rows |
| Electrical conditions | Local voltage and frequency |
| Sample requirement | Physical spout and bag opening or technical drawing |
No. The 550 W value is the rated motor power. Suitability also depends on material hardness, overlapping layers, needle, thread, and feeding conditions.
Spout size is not determined by motor power alone. Compatibility should be checked against the opening structure, material flexibility, and available operating space using actual samples.
The supplied material does not specify voltage or frequency. The motor configuration should be confirmed with the manufacturer according to the destination country’s power supply.
