Auto Tipping Machine
This equipment is suitable for shoes, clothing, especially the gift bag hookheadband Baotou operation, continuous feeding, coating, cutting, to achieve high efficiency, high quality and fully automated production, has the advantages of small volume, light weight, reasonable structure, convenient operation and other advantages.
What is CMR-9?
CMR-9 is a Automatic paper bag making machine designed for shopping bags, kraft paper bags, gift bags and commercial packaging bags.
To configure CMR-9 accurately, buyers should provide bag size range, paper GSM, production speed, glue system and factory layout. CHAMPION reviews these inputs against the finished bag sample before confirming the machine layout.
Technical Specification Overview of CMR-9
| Machine category | Automatic paper bag making machine |
|---|---|
| Model / product name | CMR-9 - Auto Tipping Machine |
| Suitable bag applications | shopping bags, kraft paper bags, gift bags and commercial packaging bags |
| Main production process | paper feeding, forming, gluing, creasing and finished bag collection |
| Buyer confirmation points | bag size range, paper GSM, production speed, glue system and factory layout |
The sizes of Handbag Hope
Tipping Film 10, 12, 13, 14,15, 16, 17, 18, 19mm
Paper Size



Instance Diagram

Machine Floor Plan

| Model | CMR-9 |
| Specification | 2.8M |
| Voltage | 380V 50HZ |
| Power | 1KW |
| Length of finished belt | 400-2000MM |
| Output | 50-60pieces/min |
| Net weight | 117KG |
| Gross weight | 135KG |
| Overlock margin | 103x55x130CM |
| Stitch length | 108x60x145CM |
Paper Bag Machine Buyer FAQ
What information is required to confirm the right machine configuration?
CMR-9: Send the finished bag size or drawing, paper material and GSM, required output, destination country and details of bag size range, paper GSM, production speed, glue system and factory layout.
What production processes are included?
CMR-9: The planned workflow covers paper feeding, forming, gluing, creasing and finished bag collection. The final configuration depends on the finished bag structure and which processes must run inline.
