XST-258-8K Industrial Steam-Free Interlining Press with Dual-Servo Feeding

Uneven fusing temperature, interlining that shrinks back after pressing, curled edges, and misaligned interlining placement are among the most common causes of rework on garment production lines. Traditional steam-based pressing methods struggle to maintain consistent temperature across production runs, especially with narrow interlining strips, and typically require a steam boiler, ironing table, and trained operator working in coordination—a setup that is slow to start up and costly to maintain.

The XST-258-8K is an intelligent, steam-free interlining fusing press purpose-built for 2-6cm interlining strips. It replaces the traditional steam iron, ironing table, and boiler combination with a single automated unit built around dual-servo synchronized feeding and steam-free thermal fusing technology. The pressing foot heats to working temperature in approximately 8 seconds, and the machine's continuous, non-stop pressing stroke keeps interlining moving through the fusing zone at a steady, adjustable speed of up to 100mm/s. By eliminating steam from the fusing process, factories avoid glue bleed-through, fabric distortion, and surface damage that steam moisture can cause on sensitive materials.

By eliminating steam from the fusing process, the machine prevents glue bleed-through, fabric warping, and surface damage that can occur when moisture interacts with adhesive interlining or delicate face fabrics.

The pressing width range of 20-60mm is calibrated specifically for 2-6cm interlining strips, allowing the machine to apply even, controlled heat across narrow bands without the temperature drop-off that wider, general-purpose presses often show at the edges.

The pressing foot reaches working temperature in about 8 seconds, contributing to an approximate 90% reduction in energy consumption compared to keeping a steam boiler and ironing table running throughout a shift.

The XST-258-8K is designed for interlining fusing on structured and semi-structured garments where narrow interlining strips are used to reinforce collars, plackets, cuffs, waistbands, and facings. Typical applications include:

• Suit jackets and trousers
• Vests
• Leather and PU jackets
• Corporate and institutional uniforms
• Overcoats
• Dresses
• Dress shirts

For factories running interlining widths at or near the upper end of the 20-60mm range, or processing longer production runs, the optional automatic interlining feeding device is recommended. This accessory stabilizes feeding for interlining widths up to 80mm and reduces the risk of tangling during continuous operation, minimizing manual feeding intervention.

With the 8-second heating cycle, the XST-258-8K consumes roughly 90% less energy than maintaining a steam boiler and ironing table setup, while also eliminating ongoing costs of steam generation and boiler upkeep.

The machine is designed to be operational within about 3 minutes of setup, significantly reducing the training time typically needed to bring new operators up to speed on steam-based interlining stations.

Synchronized upper and lower feeding combined with adjustable, continuous pressing helps maintain consistent interlining alignment and fusing quality across production runs, addressing shrinkage and edge-curling issues common with manual steam pressing.

The machine is built for interlining strips between 20mm and 60mm. With the optional automatic feeding device, stable feeding is supported for widths up to 80mm.

The pressing foot heats to working temperature in approximately 8 seconds.

It is used for interlining fusing on garments such as suits, vests, leather and PU jackets, corporate and institutional uniforms, overcoats, dresses, and dress shirts, where pressing foot temperature can be adjusted between 150-350°C based on fabric type.

No. The XST-258-8K uses a steam-free fusing method and does not require a steam boiler, replacing the traditional iron, ironing table, and boiler setup.

The machine requires an AC 220V ±10%, 50/60Hz power supply and a compressed air source at 0.6-0.7 MPa.