Cassia Weekender Indigo and Gunmetal by Canopy Verde
Cassia Weekender Indigo and Gunmetal by Canopy Verde
Regular price
$225.00
Regular price
$325.00
Sale price
$225.00
Unit price
per
Cassia Weekender Indigo and Gunmetal by Canopy Verde is a versatile everyday bag. From a weekender, to work. To the gym, to a gorgeous carry-on. To the store, or a stylish baby bag. The Cassia Weekender does it all! Inspired by a traditional doctor's bag, the Cassia features a wire frame opening for easy and stable accessibility with a generous and spacious interior. A handy, external small open pocket is located on the front, a secure zippered pocket is on the rear, and the main compartment features a double zip. All zippers are adorned with a wood zip puller to easily access these areas. Canopy Verde’s signature Sunset Orange interior adds an element of fun which will have you smiling every time you reach inside! And wooden feet keep the bottom of this delightful bag clean
Also available in Stone and Espresso
Dimensions 46cm H x 30.5cm W and 20cm D
Canopy Verde creates eco friendly handbags inspired by the designers love of contemporary Danish design and her Brooklyn neighbourhood. Using only eco and ethical vegan leather, certified organic cotton and chemical and toxin free, low impact dyes. The design process focuses on waste minimisation by creating patterns that generate the least amount of fabric waste, which in turn is used for prototypes to avoid ending up in landfill
Also available in Stone and Espresso
Dimensions 46cm H x 30.5cm W and 20cm D
Canopy Verde creates eco friendly handbags inspired by the designers love of contemporary Danish design and her Brooklyn neighbourhood. Using only eco and ethical vegan leather, certified organic cotton and chemical and toxin free, low impact dyes. The design process focuses on waste minimisation by creating patterns that generate the least amount of fabric waste, which in turn is used for prototypes to avoid ending up in landfill
About Canopy Verde
The design process focuses on waste minimisation by creating patterns that generate the least amount of fabric waste, which in turn is used for prototypes to avoid ending up in landfill.