The Double Layer ABS Embroidery Stand Hoop is a desktop handcrafted frame designed for poking and French embroidery projects. Built from durable ABS plastic, this double layer hoop offers a stable, lightweight platform for detailed stitching, providing secure fabric grip and flexible layering options. The desktop design keeps your project steady and accessible, making it suitable for steady, precise embroidery work. Key benefits Stable desktop support: keeps fabric flat and prevents shifting during stitching for accurate results. Double layer versatility: swap between layers or work with two layers to manage fabric, stabilizers, and stitches more efficiently. Durable, lightweight material: ABS plastic delivers strong performance without heavy weight, and is easy to clean. Handcrafted frame quality: aimed at reliable, longlasting use with attention to detail in construction. Optimized for poking and fine embroidery: designed to hold fabrics securely for controlled poking and precise needlework. French embroidery compatibility: suitable for projects in the French embroidery style and related techniques. Key attributes Model: B Material: ABS plastic Type: embroidery stand hoop, desktop craft frame Design: double layer for flexible use Functionality: desktop operation with secure fabric grip Application: suitable for poking and French embroidery projects Craft: handmade frame Use cases French embroidery on fabric: place the fabric on the hoop, secure, and work with precise stitches at a stable desktop height. Pokingbased needlework: use the double layer to separate design area from stabilizers, enabling controlled poking and detailing. Smallscale craft projects and demonstrations: keep a compact, stable frame on a worktable for quick setup, stitching, and showcasing techniques in a classroom or studio. This description reflects the product's core features and intended use while maintaining a clear, professional tone. It highlights why customers need it, how it solves common embroidery challenges, and what makes this model distinct, without adding extraneous details.