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Cup with handle

Tasse3.png Cup with handle
Tasse3.stl Cup with handle
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Creation quality: 5.0/5 (1 vote)
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  • Tasse3.stl

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3D model size X 100 Γ— Y 144 Γ— Z 100 mm
Last update 2023-03-16 at 11:15
Publication date 2023-03-16 at 08:38
Design number 1117900
schoscho0102

schoscho0102

3D printer file info

3D model description

Cup with handle

3D printing settings

The mug should be printed with 100% fill and should be printed accordingly with waterproof and heat resistant filaments. Here is a listing for those interested:

One of the filaments that is both heat-resistant and waterproof and can be used for 3D printing is polyetheretherketone (PEEK). PEEK is a high-performance thermoplastic with excellent mechanical properties, heat resistance and chemical resistance. It is waterproof and maintains its properties at high temperatures.

PEEK pressure temperature: 360-420Β°C.

Heat resistance: approx. 250-300Β°C

Note that PEEK is a challenging material and requires special 3D printers that can reach high printing temperatures and heated printing chambers. Because PEEK is more expensive and more difficult to print than other common filaments such as PLA and ABS, it is typically only used for specialized applications in the aerospace, medical and automotive industries.

Another filament that can be considered is polyetherimide (PEI), also known as ULTEM. PEI has good heat resistance and chemical resistance and is waterproof. However, it is more difficult to print than PLA or ABS and requires a high printing temperature.

PEI (ULTEM) printing temperature: 340-380Β°C.

Heat resistance: approx. 200-220Β°C (varies depending on ULTEM type).

Again, note that printing with PEI requires special 3D printers that can reach high printing temperatures and heated printing chambers.

If waterproofing doesn't matter and you simply want to print the mug as an eye-catcher, these specifications may be helpful:

Polylactide (PLA):


Printing temperature: 180-220Β°C


Heat resistance: approx. 50-60Β°C





Acrylonitrile butadiene styrene (ABS):


Pressure temperature: 220-250Β°C


Heat resistance: approx. 85-100Β°C

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