3Speed Rechargeable Fabric Shaver and Lint Remover with LED Light for Clothes, Sweaters, Upholstery (Black 2 pcs)

Portable Rechargeable Fabric Shaver 3Speed Lint Remover with LED Light Restore the look of sweaters, clothing, blankets, and upholstery quickly and safely. This compact, USBC rechargeable fabric shaver uses a 9W motor and three adjustable speeds to remove lint, fuzz, and pills for a smooth, like finish. Key benefits Fast, adjustable lint removal: Three speed settings let you choose gentle or powerful shaving depending on fabric and pile level. Better visibility: Builtin LED light exposes hidden lint and delicate areas so you can work precisely, even on dark or textured fabrics. Portable and long lasting: USBC charging delivers roughly 70 minutes of continuous use per charge, ideal for home or travel. Durable construction: ABS body and stainless steel cutting head provide a sturdy, reliable tool that is easy to clean and maintain. Safe and simple to use: Designed for use on flat garment surfaces to reduce snags. Protective grill helps prevent fabric damage when used as directed. Specifications Colors available: White, Black Materials: ABS and stainless steel Rated power: 9W Rated voltage: 3.7V Charging: USBC Approximate usage time: 70 minutes Size: 7.2 x 8.8 cm Package includes: 1 portable rechargeable fabric shaver How to use Lay the garment or upholstery flat on a firm surface. Turn on the shaver and select the desired speed. Gently glide the shaver over the fabric surface; do not press hard. Avoid use on thin or loosely woven fabrics to prevent damage. Practical use scenarios Refresh a wool sweater before a meeting or outing by removing pills and fuzz for a neater appearance. Restore the look of a sofa cushion or throw blanket by removing accumulated lint and bobbles. Keep a compact shaver in your travel bag to freshen coats, scarves, and knitwear while on the road. Notes Please allow a slight measurement difference of 1 to 2 cm due to manual measuring. Item color may appear slightly different from photos because of display settings and lighting.