STEADYVIEW 10-INCH TABLET STANDS V2.0

The 3D model of the "SteadyView 10-inch Tablet Stand" presents a solid and functional solution for the precise positioning of 10-inch tablets. With a fixed angle, this stand has been designed to ensure optimal viewing height and ease of use.

The construction of the SteadyView stand is designed to provide a stable support for your tablet. Made from high-quality materials, the model guarantees a robust structure and durability. The base is designed to provide a secure stand on various surfaces.

The SteadyView 10-inch Tablet Stand is easy to use and requires no complicated setup. It offers a single, optimal viewing angle, ideal for users who prefer a fixed stand. With its sleek and modern design, the stand blends seamlessly into different environments, be it on your desk, in the living room or during your travels.

Trust the reliability of the SteadyView 10-inch Tablet Stand to display your tablet securely and elegantly - the perfect addition to your digital work or entertainment environment.

General description:

For 3D printing of the "SteadyView 10-inch Tablet Stand", we recommend the use of PLA filament due to its excellent printing properties and environmental friendliness. The following settings are based on a layer thickness of 0.28 mm and have been optimized to ensure a good balance between printing speed and print quality.

Print parameters:

Layer Height (layer thickness): 0.28 mm

Infill Density: 20-25% (for sufficient stability)

Print Speed: 40-60 mm/s (adjusted for uniform layer adhesion)

Printing Temperature: 200-220°C (depending on the specific PLA filament)

Bed Temperature: 50-60°C (to minimize warping)

Supports (support structures): Activate only for overhanging areas

Raft/Brim (Raft or Brim): Optional, depending on print bed requirements

Layer Cooling Fan: Activated to ensure optimum print quality

Post-treatment:

After printing, we recommend careful removal of support structures, if used, as well as possible smoothing of surfaces to achieve an attractive end result.

Please note that these settings serve as general guidelines and can be adjusted depending on the 3D printer model, filament type and specific design of the model. If necessary, experiment with the settings to achieve optimum results.