The Krafft KF-1565J is a professional 2-needle upholstery lockstitch machine with a triple feed system (needle, drop feed, and presser foot), designed for sewing heavy and multi-layered materials such as leather, furniture upholstery, and automotive interiors. Its robust construction, advanced features, and precise control make it ideal for high-demand industrial environments and professional workshops.
This machine is equipped with detachable needles and a needle bar removable function, allowing precise corner finishing and easy maintenance. The walking foot lift can be adjusted using a calibrated dial on the machine head, enabling optimal feed settings according to material thickness. The KF-1565J features large, high-capacity vertical hooks that allow for longer thread use on spools, which is especially useful when working with thicker threads. A safety mechanism protects needles and hooks from damage, ensuring reliability and longevity even under heavy-duty operation.
Powered by an energy-saving 750 W servo motor mounted under the machine tabletop, the KF-1565J operates quietly and efficiently, reducing vibration and energy consumption. Optionally, the machine can be equipped with a needle positioning function for enhanced precision during stitching. The machine supports a stitch length of up to 9 mm, presser foot lift up to 16 mm, and works with a wide range of thread thicknesses up to Nm 20. With a maximum sewing speed of 2500 stitches per minute, this lockstitch machine provides professional efficiency, consistent stitch quality, and versatility for heavy-duty sewing applications.
Key Features:
Triple feed system – needle, drop feed, and presser foot for smooth feeding of heavy materials.
Detachable needle and needle bar – enables precise corner finishing and easy maintenance.
High-capacity vertical hooks – accommodate longer threads for thick material sewing.
Adjustable walking foot – calibrated dial allows precise feed adjustment depending on material thickness.
Safety and efficiency – needle and hook protection mechanism, energy-saving servo motor, and optional needle positioning function.
