Knit Sweater 3D Printed Planter – Stylish and Customizable
Add a cozy, creative touch to your space with the Knit Sweater 3D Printed Planter. Featuring intricate knit sweater detailing, this unique planter combines artisan craftsmanship with modern 3D printing technology to create a statement piece that elevates any room.
Crafted with precision, the planter’s textured design mimics the look of a hand-knit sweater, offering both warmth and sophistication to your home decor. Whether you’re showcasing your favorite plant or simply adding a pop of personality to your space, this planter makes a bold, stylish impression.
Available in a variety of sizes and colors, you can customize this planter to perfectly suit your personal style and fit your plants’ needs. Choose from a version with or without drainage holes, ensuring your plant thrives in the ideal environment. The reference photos show a planter that is sized 4.5”x7” perfect for tall stem plants!
Key Features:
• Intricate 3D-printed knit sweater design
• Fully customizable size and color options
• Choose between a version with or without drainage holes
• Crafted for both style and functionality
• Perfect for indoor use with various plant types
Make your plants stand out in a planter that’s as unique as they are!
Please note: Plants are not included. This planter is for indoor use only.
This item is made (3D Printed) in the United States.
Material: This item is made out of ecofriendly PLA (Polylactic Acid), a biodegradable thermoplastic that‘s derived from renewable resources like corn starch and sugarcane. PLA is environmentally nature friendly and is compostable under the right conditions.
Color Options: Actual color of item will vary from image depending on computer screen or lighting. Your model is made to order & there is random variation on each color print. Multi-color prints, dual-color filaments, tri-color filaments, and rainbow filaments will look different every time. The placement of the colors on a rainbow print will depend on where we are in that roll of filament. Gradient colors will show more variety on larger models than on smaller ones.
