Serging Unit for Trousers and Skirts with/out Knee Lining
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- Unique Floating Needle Technology
- High Resolution Full-Color Touch Screen Display
- Independent Motors
- Eletronically Controlled Thread Tension
- Sewing Speed & Productivity
- Cycle Sewing
- Quick Change between Button Styles
- No Cross-over Thread Needed
- Recommended Threads
- LED Sewing and Marking Lights
- Easy Threadings
- Maximum Sewing Comfort
- Safety at the First Place
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Main Features
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- Pegasus 3-thread EX 5204 Type Overlock Sewing Head (TS-1600), with Top & Bottom Differential Feeding (TS-1700)
- PLC Control Systém with Touch Screen Display
- Height Adjustable Edge Guide for Different Material Thicknesses
- Step Motor Controlled Differential Feeding for Optimum Fullness Insertion in Lining Area
- Automatic Chain Cutting with Waste Removal
- Thread Monitor
- Cycle Sewing for Sequential Working of Front and Back Garment Panels
- Automatic Stacking
- Sewing Speed 8,500 spm (TS-1600), 8,500 spm (TS-1700)
- Seam Width 5 mm Standard and 6 mm Optional
- Stitch Length 1 – 5 mm
- Differential Feed Ratio 0 – 3 mm (TS-1600)
- Differential Feed Ratio 0.5 – 6.0 mm (TS-1700)
- 40 Programs
The TS-1600 and TS-1700 are Serging Units for trousers and skirts without (TS-1600) and with (TS-1700) knee lining. The preseams of hem, fly curve and seat curve can be serged manually while side seams and in-seams are sewn fully automatically. The high speed of the unit allows fast and overlapping working method. Touch screen graphical display provides ease of use and quick operator training.
Performance TS-1600
- 1100 front or back panels per 8 hour day
- 1100 front or back panels + 2 preseams per 8 hour day
- 950 front or back panels + 3 preseams per 8 hour day
Performance TS-1700
- 750 front panels with knee lining per 8 hour day
- 1000 back panels per 8 hour day
- 900 front and back panels + 2 preseams per 8 hour day
Sewing Procedure
- 1. lay the front/ back panel either with or without the lining of the trousers on the work table
- 2. the machines starts sewing automatically thanks to a phohtocell sensor once the panel is pushed towards the needle
- 3. the panel is automatically guided and the overlock chain automatically trimmed and sucked to the waste bin
- 4. the panel is automatically stacked
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