InspirOn Engineering Pvt Ltd, Indian manufacturer of hot air Stenters, will showcase the next generation Stenter, Motex 15000, at the upcoming India ITME 2016 to be held from 3rd to 8th December 2016 in Mumbai.
Manufactured in a sustainable manner, the Motex 15000 offers 15 per cent higher drying efficiency and higher operating speed as against the earlier model Motex 4560. It also achieves consistent and reproducible results across the length and width of the fabric, even with larger overfeed adjustment range up to 80 per cent. It ensures higher stretch, irrespective of the higher GSM of the fabric and is equipped with pin protection flapper for knitted fabrics.
The Stenter enables the processor to achieve even drying and heat setting at higher evaporation rates with optimum energy utilization, which translates into lower operating cost per metre of fabric. It also requires lubrication once a year or even later, while offering easy access and retrieval of operating and maintenance manual through GUI. Its higher squeezing capability ensures optimum pick up percentage for specific processes like wet on wet finish with desired add on, resulting in better productivity. It comes equipped with a Tilting Trough with optimized capacity to reduce drain losses.
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Additionally, Inspiron has recently unveiled a R&D Centre near Ahmedabad, India which will undertake sustainable development projects to produce products of the best quality, innovative and user-friendly technology, to meet and preferably surpass customer expectations. Attached to the R&D Centre is also an Incubation Centre, which is equipped with a Demo Stenter for mills to undertake trails and test out their unique ideas, while also validating them under actual working conditions, before venturing into commercial production.
The vision behind setting up the R&D Centre as well as the Incubation Centre, include offering value-added services to the customer; and demonstration of new features and/or standardization of process parameters for various substrate on customer request.
