388
K. S. Kulkarni and R. Adivarekar
Fig.53 Selvedge cutter and
suction duct
3 Conclusion
With ever increasing pressure on textile wet processing industry to improve production without affecting quality and environment, has resulted in development of
many new technologies. In the textile wet processing field, research is going on various levels and fields to improve the consistency by reducing consumption and load
on effluent. Auxiliaries, colorants and process are the major areas of focus; however, machinery manufacturing is also equally important, as the wet processing of
textiles involves three M’s—Man, Machine and Material. Machine manufacturers
continuously strive to deliver better products, which will help the user minimize
problems and optimize production. Machines have become more user friendly and
more sophisticated as compared to last century. In this chapter, continuous processing machines are discussed, and prime focus is given on the existing techniques used
in the industry.
K. S. Kulkarni and R. Adivarekar
Fig.53 Selvedge cutter and
suction duct
3 Conclusion
With ever increasing pressure on textile wet processing industry to improve production without affecting quality and environment, has resulted in development of
many new technologies. In the textile wet processing field, research is going on various levels and fields to improve the consistency by reducing consumption and load
on effluent. Auxiliaries, colorants and process are the major areas of focus; however, machinery manufacturing is also equally important, as the wet processing of
textiles involves three M’s—Man, Machine and Material. Machine manufacturers
continuously strive to deliver better products, which will help the user minimize
problems and optimize production. Machines have become more user friendly and
more sophisticated as compared to last century. In this chapter, continuous processing machines are discussed, and prime focus is given on the existing techniques used
in the industry.