HoMe TeSt 3D - Calibration Model for 3D Printers

🏠 Home Test 3D - Calibration Model for 3D Printers 🖨️

This test house model is a versatile and practical tool designed to help you test and calibrate your 3D printer's performance. Carefully crafted, it allows you to check tolerances, dimensional accuracy, and the ability to print intricate details.

🌟 Key Features:

📏 Overall Dimensions:
The house measures 40 mm x 30 mm at the base and has a total height of 39.59 mm, making it compact and perfect for quick calibration tests.

⚙️ Functional Details:

• Engraved Numbers: The windows and door feature numbers indicating their sizes (<4 mm, <5 mm, <6 mm), ideal for checking precision with small openings.
• Removable Parts:
  • The smoke pipe (diameter 3 mm) can be removed, testing tolerances and fine details.
  • The center block is a perfect 25 mm x 25 mm square, also removable, for verifying dimensional accuracy and print quality.
• Engraved Base: The base features the text “Home Test 3D,” providing an additional element to test fine detail reproduction.

🌀 Geometry and Surfaces:
Includes circular holes, arch-shaped windows, and rectangular openings to test the printer's ability to handle smooth curves, edges, and complex geometries.

💡 Why Use It?

• Calibration: Ideal for testing tolerance settings, extrusion accuracy, and axis precision.
• Precision Testing: Evaluates the ability to print small details and removable parts with no post-processing.
• Compact and Efficient: Designed to minimize print time and filament use, making it perfect for quick tests.

📐 Technical Specifications:

• Total Dimensions:
  • Base: 40 mm x 30 mm
  • Height: 39.59 mm
• Removable Parts:
  • Smoke pipe (3 mm diameter)
  • Center block (25 mm x 25 mm)
• Recommended Material: PLA, PETG, or ABS
• Suggested Layer Height: 0.2 mm
• Estimated Print Time: 30–60 minutes (depending on speed and layer height settings)

This model is perfect for beginners looking to fine-tune their printer settings and advanced users seeking a quick and precise calibration tool.

⚠️ Note: Don't stress over decimals! Small differences (a few tenths) are normal due to material properties, printer calibration, and environmental factors. Use this model as a guide, not an absolute measure. Happy printing!

HoMe TeSt 3D - Modello di Calibrazione per Stampanti 3D