HANDLE

Project Features:

Precise Mounting Hole:
The 6.5 mm diameter hole allows for the mounting of the handle with a screw, ensuring a solid connection with other components.

Ergonomic Shape:
The handle is designed to fit the user's hand, providing comfort and control during use. The appropriate texture and shape ensure a comfortable grip, even during prolonged use.

Solid Construction:
The handle is strong enough to withstand everyday loads while remaining lightweight, which enhances comfort during use.

Versatility:
The design can be adapted to various types of tools, devices, or furniture, making it highly versatile.Printing Recommendations:

Material:

PLA: Ideal for standard handles, easy to print, perfect for parts that won't be exposed to heavy mechanical loads.
PETG: Well-suited for handles that need to be more flexible and resistant to various conditions (e.g., moisture).
ABS: Best for more durable handles, especially when the handle will be used outdoors or exposed to high temperatures.

Print Resolution:

0.2 mm: Standard print quality, suitable for handles, providing a good balance between speed and accuracy.
0.1 mm: If higher precision is needed (e.g., for better screw hole fit).

Infill:

20-30% Infill: Sufficient for achieving handle stability with minimal material usage.
Infill pattern: Grid or gyroid – provides good strength with lower material consumption.

Cooling:

On (100%): Cooling helps achieve better surface quality, especially when printing with PLA. Cooling is particularly important for smaller details.

Supports:

Optional: If the handle has a complex geometry, enable supports to avoid overhangs and ensure better print quality.
Minimal overhang angle: 45° (for easier support removal).

Print Temperature:

Nozzle: 200-220°C for PLA, 230-250°C for ABS or PETG.
Bed: 50-60°C (for PLA), 90-110°C (for ABS).

Retraction:

Distance: 4-6 mm (for Bowden system), 1-2 mm (for Direct Drive).
Speed: 25-45 mm/s.

Descrição

Project Features: