Product features
The Merrow MG-3DRWL sews a tight and narrow rolled hem on delicate fabrics such as silk, nylon tricot, and similar sheer material. It is equipped to sew long seam applications at high speed (5500 RPM).
The Merrow MG-3DRWL sews a tight and narrow rolled hem on delicate fabrics such as silk, nylon tricot, and similar sheer material. Like all Merrow MG Class sewing machines, the MG-3DRWL is engineered to sew consistently and uniformly, and will last for decades with routine maintenance.
WHY it's better
The MG-3DRWL sews at high speed (5500 RPM), but will not pucker or curl fabric during operation, resulting in a tight straight-hanging seam. It is engineered to handle delicate material and sews sheer and gossamer materials exceptionally well.
HOW it's better
The MG-3DRWL utilizes a specially adapted needle plate and presser foot finger which fold the material down before sewing, and sews a long and straight yet dainty seam.
WHERE it's used
Because of its fabric handling capabilities, the MG-3DRWL is used to sew delicate garments such as women's lingerie and sleepwear. It is also used as an edging machine for sheer curtains and other applications that use lightweight synthetic fabric.
Applications
Narrow Rolled Hem for Silk Robe
Stitch samples

Specifications
| Operating speed | 5500 RPM |
|---|---|
| Stitch width | 3/32" |
| Stitch range | 8-30 SPI |
| Standard needle | MERROW 1SDT |
| Merrow needle range | MERROW 0SDT-3SDT |
| Federal stitch type | 504 |
| Motor required | Merrow M12, 1/2HP, 3450 RPM |
| Number of threads | 3 |
Catalogue
The MG-3DRWL documents Merrow publishes, on their own site. They open in a new tab.
Open the instruction manual · Setting Up and Operating Instructions, Class MG and Class M (PDF)
And the catalogues Merrow publishes for their whole range.
The file is published and updated by the manufacturer; it is not copied here, so nobody downloads an outdated version.
Data sheets, photos, videos and specifications: Merrow.
Tell us the operation you need to solve and we will reply with the right configuration and the lead time.
