Kingstar KS-1850JD High-Speed Mechanical Bartacking Sewing Machine
The Kingstar KS-1850JD is a high-speed, single-needle mechanical bartacking machine designed to produce strong, repeatable reinforcement stitches at belt-loop ends, pocket openings, fly and zipper points, workwear seams, and other high-stress garment areas. With a maximum speed of up to 2,300 rpm and a work-clamp lift of up to 17 mm, it is suitable for denim, workwear, uniforms, trousers, and general apparel production.
Kingstar KS-1850JD High-Speed Mechanical Bartacking Sewing Machine
The Kingstar KS-1850JD High-Speed Mechanical Bartacking Sewing Machine is designed to create strong, repeatable reinforcement stitches at high-stress garment areas. Its mechanical, cam-controlled sewing cycle is ideal for reinforcing belt-loop ends, pocket openings, fly and zipper points, workwear seams and other areas exposed to repeated pulling and wear. The work clamp holds layered materials securely during sewing, helping operators achieve consistent bartacks throughout repetitive production.
Up to 2,300 rpm
Single-Needle Mechanical Bartacking Machine
Up to 17 mm
What You Can Sew
Ready to Order?
Contact us for pricing, availability and configuration options. Send us a sample of your material and show us the area that must be reinforced. Our team will help confirm the suitable machine, needle, clamp and bartack setup for your application.
| Brand | Kingstar |
|---|---|
| Model | KS-1850JD |
| Product Type | Industrial Sewing Machine |
| Machine Type | Single-Needle Mechanical Bartacking Machine |
| Stitch Type | Lockstitch Bartack Reinforcement Stitch |
| Number of Needles | 1 |
| Maximum Sewing Speed | 2, 300 rpm |
| Synthetic-Thread Speed | 1, 800 rpm |
| Work-Clamp Lift | Up to 17 mm |
| Needle System | DP×5 #11–#23 |
| Control System | Mechanical Cam-Controlled Sewing Cycle |
| Suitable Materials | Denim, Heavy Cotton, Workwear Twill, Polycotton |
| Ideal Applications | Belt-Loop Ends, Pocket Openings and Corners, Fly and Zipper Points, Workwear Seams, Garment Stress Points |
