Stenter Machine

Pallette Types and Rail Structure
Machine Components
Automation Systems
3rd Generation Poslu Stenter Machine General Wiev
Stenter Machine

POSLU Stenter is a machine which is designed to improve the energy and production efficiency up to highest level for the Textile Finishing processes.

General Technical Information

Fabric Type: Woven and open width knit fabrics

Cabin Number Range: 2 to 12 Cabins

Working Width Range: 1600 to 3400 mm

Process Speed Range: 5 to 100 m/min (120 m/min by ServoSense)

Field of use

For woven and knitted fabrics;

Dry and wet heat-setting applications

Drying and width setting after dyeing process

Dry and wet chemical applications

Preparation applications before printing process

After coating and lamination process

POSLU Stenter Machine guarantees convection of the hot air to every single point on fabric body by help of quadral motor-nozzle structure, cross layout cabins and special variable nozzle blow system and correspondingly guarantees the maximum stability on drying/heat-setting process.

Individual width control mechanism is used for every single cabin. Thanks to patented system, width control shafts have been moved from inside of the cabin to outside and placed at the top of the cabins and as a result maintenance and repair times and costs are minimized. Erosive effects of the heat inside the cabin on the metal structure is eliminated.

Instead of conventional manual opening doors, lift type, pneumatic controlled sliding doors are used.

POSLU Stenter Machines have been equipped with latest technology electronical equipments and provide both easy use and functionality with its automation and software systems which every single detail is attentively designed by Elteksmak engineers.

All fabric drive motors have been designed as servo drive by ServoSense control system which is provided as optional. By help of servo motors exact stability is provided for overfeeding and drive parameters and together with that lower and higher speed limits can be expanded easily and with desired sensitivity which is not possible by standart AC motors.