COTTON AND FIBER BLOWING CARD

FB1233 CARDING MACHINE

FB1233 carding machine remains the excellent technological performance of FB1230, and futher optimizes the mechanical structure by adopting the function module design.It is a new generation product which combines both practical and aesthetic excellence.

FB1233 carding machine optimizes FB1230 seriescarding machine and is a new generation productwith better quality and higher production.

I. Suction point for undercard 2. Carding segment of licker-in  3. Lickerin

4. Feeding roller 5 Suction point for lickerin 6.Rear web cleaner7. Rear stationery flats

8. Chute feeder 9. Suction point for flat 10. Suction point for fat impurities

11. Cylinder 12. Enclosed undercasing for cylinder

13. Suction point for cylinder undercasing

14. Revolving flat 15. Suction point for fat 16. Front stationary flats

17. Front web cleaner 18. Doffer 19. Suction point for cleaning rller

20. Stripping roller cleaner 21. Stripping rller 22. Cross apron unit

23. Calender roller  24. Suction point for coiler 25. Coiler

The density of the aluminum aloy stationary flats increases graduall.The excellent tip flatness and convenient gauge adjustment ensures thecomplete and fine carding of the fiber. Web cleaner, stationary flat andcover sheet are of modular design, which can be configurated accordingto the various materials. This design is also characterized with its flexibledisassembly and better fficiency in impurity removing.

The visible plastic filtering pipes are featured by their smoothappearance and easy maintenance. The multiple continuoussuction points and continuous pressure monitoring guaranteeits excellent suction efficiency.

The new type of cross apron has a compact structure and ensuresthe sliver output stable and quick. The pneumatically controlledturning hook for web guiding is favorable for web observation. Thedelicately designed big calender can auto-level and detect thesliver quality.

The adoption of independent motors with inverter improvesthe machine automaticity and the precision of technologicaladjustment.