Creality CR-10 Smart Glass Bed, 3D Printer Platform Glass Plate Build Surface for CR-10 Smart 3D Printer, 310×315×4mm

Creality CR-10 Smart Glass Bed Platform

Creality CR-10 Smart Glass Bed is 12.2*12.4*0.16 inches, super flat to make model removal easier, and tolerant to high temperatures (up to 400℃). Its incomparable dimensional balance makes your precious 3D models more expectant.

Categories: Accessories, Build Platforms

Description
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Description

Creality CR-10 Smart Glass Bed is an innovation in the world of building surfaces for 3D printing. It is designed with a perfect dimensional balance to enable the printer to adhere, hold, and remove the 3D models effortlessly.

Its amazing flatness “0.15mm” prevents uneven adjustments of the printing material and thus, adds to the quality of the printing device.

The Creality CR-10 Smart Glass Bed is designed to tolerate frequent temperature fluctuations and high temperatures (up to 400℃).

It is compatible with all the 3D printers having the same build dimensions. The best thing you would love about the Creality CR-10 Smart Glass Bed is that it detaches the model itself once the hotbed cools down and you do not need to use spatulas or knives to detach it.

Technical Specifications:

Brand: SQWAN
Size: 12.2*12.4*0.16 inches
Color: Black
Package Dimensions: ‎37.11 x 34.59 x 4.6 cm

FAQs:

What’s the best 3D printer printing material?

Polylactic acid (a vegetable-based plastic material) is considered one of the best, cheapest printing materials, and is compatible with all kinds of 3D printers available in the market. Moreover, it requires a very low hotbed temperature and adheres best to all the build surfaces (plastic, glass, steel, or magnetic) which makes it more convenient to use and handle.

What materials should not be used in 3D printing?

Materials that have a low melting point and may burn during the printing process cannot be used in printing.

Which 3D printer can produce the best surface finish?

SLA (Stereolithography) is the form of 3D printing that give out the best surface finish. It utilizes light to cross-link chemical monomers and oligomers to form polymers via a process called photochemical.