Japanese Styles Wood Knitting Rack with Nonslip Base for Various Crafting Wood Handcraft Equipment

Japanese Styles Wood Knitting Rack With Nonslip Base For Various Crafting Features: Craft with this Japanese styles adjustable wood knitting frame, featuring adjustable setting to accommodate everything from delicate accessories to sweaters Craft from wood, this sturdy knitting stand combines natural aesthetics with reinforced stability, offering balance during fast paced crafting compared to / metal Ideal for both novice craft seeking user friendly tool and experienced knitters demanding professional equipment for projects Perfectly sized for storage yet sturdy enough for daily use, this portable knitting organizers shines home studios, craft rooms, or creative supplies The easy assembly designs and portable construction ensures quick setups for spontaneous knitting marathons while maintaining rock stability through ergonomic base engineering Specifications: Materials: Wood Type: As Picture Show, Four Type to Choose Size: 40.64x7.11cm / 16x2.8inch Package Includes: 1pc Wood Knitting Frame Note: 1.Please allow 1-2cm errors due to manual measurement, making sure that you will not mind before order 2.Due to the differences between different monitors, the picture may not reflect the actual color

• Craft from wood, this sturdy knitting stand combines natural aesthetics with reinforced stability, offering balance during fast paced crafting compared to / metal
• Perfectly sized for storage yet sturdy enough for daily use, this portable knitting organizers shines home studios, craft rooms, or creative supplies
• Ideal for both novice craft seeking user friendly tool and experienced knitters demanding professional equipment for projects
• Craft with this Japanese styles adjustable wood knitting frame, featuring adjustable setting to accommodate everything from delicate accessories to sweaters
• The easy assembly designs and portable construction ensures quick setups for spontaneous knitting marathons while maintaining rock stability through ergonomic base engineering