roller blinds cutting with edge sealing machine 1.Automatic feeding 2.the German ultrasonic system 3.cutting effect:straight&no rough edge
Application: 1.the effect cutting width could be:2.5m/2.0m/3.0m/4.0m..(different width with different price); 2.the structures are all made by aluminum; 3.micro-computer and touch screen to control, just input the fabric size you want and the quantities, then it will finish th e slitting process; 4.the cutting width precise within 1cm.
Features: 1> Ultrasonic cutting the fabric and edge sealing at the same time, without fluffy, no scorch and no color fading off. 2> High speed 3.> Simple selection of tooling via push button, or by remote control 4> Size adjustable in the control panel, as any size as your option 5> Variable cutting speed 6> Suits to any fabric, roller blinds, screen fabric, Shangri-la, Roman blinds, curtain , blinds, etc. 7> Cup up to 4.2m wide on entry level machine 8> high precision to 1mm 9> Easy width measurement with ruler on the table 10> Cutting operated from two positions around table. 11> infrared control avoid any hurt 12> With electricity and roller feeding system
Instruction: 1.The traditional cutting edge trimming effect is easily roughed and inefficient .But the ultrasonic system aims to solve the traditional problem of edge trimming and improves the grades of the textile. 2.With the technologies of microcomputer chip, text screen controlling and the way of precise line track movement make itself working economic stability, more convenient, Even has function of automatic feeding function. 3.The machine which adopts German ultrasonic system has the features of softly edge trimming cutting and no color fading. 4.The company can also design different types of ultrasonic fabric cutters based on customers' requirement.

Technical Parameters: Machine: Ultrasonic Curtain fabric Cutting Machine Model No.: CQJ Max cutting width: 3.2m Power: 220/110VAC
50/60Hz Work pressure: 0.3~0.5 Mpa Rated power: 2.0KW Dimension(L*W*H): 3930*940*1100mm(3.2m) Weight: 950kg(3.2m)