BEKS-S1515C (BEKS-C Series) – Latest Multi-Head Table Drop Embroidery Machine (15 Needles)

The BEKS-C Series represents the latest evolution of table drop multi-head embroidery machines, engineered to meet the demands of modern, high-volume embroidery production. Designed with 15 needles and available in 12- or 15-head configurations, the BEKS-C Series delivers outstanding productivity while maintaining exceptional stitch quality and long-term reliability.

A key highlight of the BEKS-C Series is its narrow cylinder arm, featuring one of the smallest diameters in the industry. Combined with a newly developed thread trimming system, this enables precise embroidery on small and hard-to-reach areas such as slippers, pockets, socks, gloves, and shoes.

High-performance servo drive motors ensure smooth operation, accurate needle penetration, and consistent stitch formation even during continuous production. The new tensioner system, equipped with a large LED status indicator and user-friendly thread guides, improves thread control and simplifies threading.

The 15-needle in-line sewing head minimizes downtime by reducing thread changes, while allowing individual head cancellation for small-lot or single-order production. A standard laser pointer assists in accurate design placement and centering within the frame, reducing setup time and operator error.

Advanced productivity features such as Name Drop, Head Selection, and Cap Frame Mode provide exceptional flexibility. The Name Drop function simplifies multi-name embroidery, allows individual name repair, and includes an audible alert to notify operators when a name is completed—freeing them to multitask during operation.

Operator efficiency is further enhanced through hoop outline display, automatic frame centering, frame limit protection, and customizable shortcut icons, ensuring safe, fast, and accurate setup. For scalable production environments, the BEKS-C Series supports USB, Bluetooth, and LAN networking, enabling rapid design transfer and centralized production control across multiple machines.