Embroidery Scroll Frame Wooden Cross Stitch Scroll Frame Rotated Adjustable Needlepoint Embroidery Tapestry Scroll Frame

Description

Specifications

Brand Name: NONE

Material: BAMBOO

Origin: Mainland China

Set Type: Yes

Type: Tool sets

Use: Embroidery

Specification
Product name: Embroidery Tapestry Scroll Frame  
Material: Wood
Size(optional): (after assembled)
54.5 x 30.5cm
84.5 x 30.5cm
Sticky strap: 1.5m

Parts List:
4 x Metal Clips 1 x 1.5m Sticky Strap 4 x Plastic Fabric Clips 6 x Embroidery Frame 4 x Screws 4 x Butterfly Nuts

Highlight description:
[High Quality Material] This Embroidery Tapestry Scroll Frame is made of high quality wood, sturdy and reliable, long life, after exquisite polishing treatment, it feels smooth and comfortable, no need to worry about scratching your hands

[Rotation Adjustment] The cross stitch scroll frame can hold the canvas well while you are embroidering, easy to disassemble, meanwhile you can adjust the looseness or tightness of the embroidery fabric by rotating the post, suitable for embroidery lovers, beginners and experienced people

[Exquisite and Practical] You will get 1 cross stitch frame and accessories such as clips, exquisite and practical, the overall size of the assembled stand is about 30.5 x 54.5 cm/12 x 21 inches, the working area is about 25.5 x 46 cm/10.04 x 18.11 inches, which is enough to meet your needlework needs

[Easy to Install and Remove] The cross stitch frame is easy to install. It can be disassembled when not in use, saving storage space and easy to carry to school, craft room and other places

[Versatile] Cross stitch frames are ideal embroidery supplies, perfect for needlework, cross stitch, sewing, quilting, beadwork, tapestry and other embroidery crafts or artwork; also suitable for embroidery studios, training schools, classrooms and other occasions

Notes:
1.There may be slight differences between the picture and the actual color of the commodity. We will try our best to show you the exact color.
2.Please allow slight dimension difference due to manual measurement.