Pen Holder A2 regular/small
This sustainable accessory immediately creates order and generates the necessary space for an inspiring and productive working atmosphere.
Items such as pencils and pens can be stored in the colorful stands.
The "small" version can be used to store paper clips and smaller items. This version is stackable with the "regular" version and therefore saves space.
Regular
L: 70 mm
W: 70 mm
H: 75 mm
Small
L: 70 mm
W: 70 mm
H: 18 mm
The practical accessories are manufactured in Switzerland using a 3D printing process. They are made from PLA, a bioplastic with no petroleum content.
This sustainable accessory immediately creates order and generates the necessary space for an inspiring and productive working atmosphere.
Items such as pencils and pens can be stored in the colorful stands.
The "small" version can be used to store paper clips and smaller items. This version is stackable with the "regular" version and therefore saves space.
Regular
L: 70 mm
W: 70 mm
H: 75 mm
Small
L: 70 mm
W: 70 mm
H: 18 mm
The practical accessories are manufactured in Switzerland using a 3D printing process. They are made from PLA, a bioplastic with no petroleum content.
This sustainable accessory immediately creates order and generates the necessary space for an inspiring and productive working atmosphere.
Items such as pencils and pens can be stored in the colorful stands.
The "small" version can be used to store paper clips and smaller items. This version is stackable with the "regular" version and therefore saves space.
Regular
L: 70 mm
W: 70 mm
H: 75 mm
Small
L: 70 mm
W: 70 mm
H: 18 mm
The practical accessories are manufactured in Switzerland using a 3D printing process. They are made from PLA, a bioplastic with no petroleum content.
Note:
PLA should not be exposed to direct sunlight to avoid deformation and color changes. Exposure to sunlight can soften PLA and change the color, especially at temperatures above 50 °C.
The parts are not suitable for cleaning in the dishwasher.
The FDM 3D printing process creates grooved structures on the surface of the elements. In addition, irregularities in the surface structure may occur due to the printing process. These do not constitute quality defects and cannot be claimed.