Siruba DT828-45-064M/DTU 2-Needle

Siruba 2-Needle Lockstitch Machine DT828-45-064M/DTU

The Siruba DT828-45-064M/DTU is a high-performance industrial 2-needle lockstitch sewing machine designed specifically for light to medium-weight materials. Featuring needle stop-off functionality, this machine enables precise control by allowing individual needles to be deactivated, which is essential for detailed edge stitching tasks such as pocket openings, flaps, and other complex seams.

With a maximum sewing speed of 4000 stitches per minute and a maximum stitch length of 4 mm, it is engineered to deliver efficient and consistent sewing output suitable for a variety of garment manufacturing and textile applications. The needle spacing is standard at 6.4 mm, with options for custom spacing upon request to fit specific production needs.

The DT828-45-064M/DTU model is equipped with an improved looper adjustment system that simplifies and speeds up the process of changing needle spacing, helping operators save valuable time during setup or product changes. It also features an enhanced closed-loop lubrication system, which continuously supplies oil to critical moving parts, reducing wear and minimizing maintenance downtime while protecting fabrics from oil stains.

A key highlight is the inclusion of an energy-efficient servo motor with Direct Drive technology. This advanced motor ensures quiet operation with reduced vibration and significantly lower energy consumption compared to traditional motors. The Direct Drive system also allows for precise stitch length control and smooth machine performance, improving overall sewing quality.

Additional features include easy-to-use controls, durable construction, and compatibility with various fabric types. The machine runs on a standard 230V power supply and is designed for long-lasting industrial use.

This versatile and reliable machine is ideal for garment manufacturers, textile workshops, and any production environment requiring accurate, fast, and energy-efficient sewing solutions.