Octave Borosilicate glass platform for Afinia and UP! 3D Printers from Octave

Octave Borosilicate glass platform for Afinia and UP! 3D Printers from Octave
Octave Borosilicate glass platform for Afinia and UP! 3D Printers from Octave Octave Borosilicate glass platform for Afinia and UP! 3D Printers from Octave Octave Borosilicate glass platform for Afinia and UP! 3D Printers from Octave Octave Borosilicate glass platform for Afinia and UP! 3D Printers from Octave Octave Borosilicate glass platform for Afinia and UP! 3D Printers from Octave (click images to enlarge)
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Product prices and availability are accurate as of 2021-10-16 07:10:31 BST and are subject to change. Any price and availability information displayed on http://www.amazon.com/ at the time of purchase will apply to the purchase of this product.
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Description of Octave Borosilicate glass platform for Afinia and UP! 3D...

Top 3D Electronics bestsellers are delighted to stock the brilliant Octave Borosilicate glass platform for Afinia and UP! 3D Printers.

With so many available recently, it is wise to have a name you can trust. The Octave Borosilicate glass platform for Afinia and UP! 3D Printers is certainly that and will be a excellent acquisition.

For this price, the Octave Borosilicate glass platform for Afinia and UP! 3D Printers is highly respected and is always a popular choice amongst many people. Octave have added some great touches and this means great value.

Product Features

Can be used with our Kapton Tape, purple glue or Blue Painters Tape for a professional print surface. Advanced users of Afinia and UP! printers really appreciate the ability to print models without raft and with a base that has a very smooth mirror-like finish. Has an extremely flat surface. Used instead of perf board on Afinia and UP! printers. Borosilicate is a very high temperature glass. It has a melt temperature of about 800° C. It has a very low thermal expansion coefficient. Prepare a second plate and quickly switch plates when a model finishes printing. This significantly reduces printer idle time between prints.