Honeycomb grid / fan guard 3D Files - Length or center-to-center 200 mm and over | page 1

Download this honeycomb protective square grid as a STL file. The overall size is 200x200 mm, with very open 10 mm cell size for peak ventilation. This type of grid serves both protection and ventilation roles.

3D square grid model as a STL file. The overall size is 200x200 mm, with large 6 mm cell size to enhance ventilation. This type of grid provides mechanical protection and ventilation.

Square protective grid file in STL format. Mounting holes are placed at the four corners (center-to-center 200x200 mm), each with a diameter of Ø8 mm. The overall dimensions reach 216x216 mm, with very open 10 mm cell size for peak ventilation. A secondary color border highlights the perimeter. This grid serves as both a protective guard and a ventilation panel.

Rectangular protective honeycomb grid file in STL format. Mounting holes are placed at the four corners (center-to-center 200x110 mm), each with a diameter of Ø8 mm. The overall dimensions reach 216x126 mm, with open 6 mm cell size to maximize airflow. A secondary color border highlights the perimeter. This grid serves as both a protective guard and a ventilation panel.

Square grid file in STL format. Mounting holes are placed at the four corners (center-to-center 200x200 mm), each with a diameter of Ø5 mm. The overall dimensions reach 210x210 mm, with very large 10 mm cell size for maximum airflow. This grid provides both mechanical protection and airflow.

Rectangular grid model as a STL file. The overall size is 200x120 mm, with extra wide 10 mm cell size for peak ventilation. This type of grid provides mechanical protection and ventilation.

3D rectangular protective honeycomb grid model in STL format. The overall size is 200x100 mm, with open 8 mm cell size to maximize airflow. This type of grid provides mechanical protection and ventilation.

Download this 3D fan guard as a STL file. The overall size is 200x200 mm, with medium 5 mm cell size for balanced airflow and protection. This grid functions as both a mechanical guard and a ventilation panel.

Honeycomb square grid model in STL format. The overall size is 200x200 mm, with fine 3 mm cell size for maximum protection. This grid acts as a protective guard while allowing airflow.

3D square protective grid model as a STL file. Mounting holes are placed at the four corners (center-to-center 200x200 mm), each with a diameter of Ø6 mm. The overall dimensions reach 212x212 mm, with standard 5 mm cell size for versatile use. This grid functions as both a mechanical guard and a ventilation panel.

Download this 3D square protective grid as a STL file. Mounting holes are placed at the four corners (center-to-center 200x200 mm), each with a diameter of Ø6 mm. The overall dimensions reach 212x212 mm, with extra wide 10 mm cell size for peak ventilation. This grid acts as a protective guard while allowing airflow.

Rectangular protective grid file in STL format. Mounting holes are placed at the four corners (center-to-center 200x40 mm), each with a diameter of Ø3 mm. The overall dimensions reach 206x46 mm, with extra wide 10 mm cell size for maximum airflow. This grid acts as a protective guard while allowing airflow.

3D honeycomb protective rectangular grid model in STL format. The overall size is 200x40 mm, with wide 7 mm cell size to maximize airflow. This grid functions as both a mechanical guard and a ventilation panel.

Download this 3D rectangular honeycomb grid as a STL file. The overall size is 200x120 mm, with standard 4 mm cell size for versatile use. This type of grid serves both protection and ventilation roles.

Download this 3D rectangular grid model in STL format. Mounting holes are placed at the four corners (center-to-center 200x80 mm), each with a diameter of Ø3 mm. The overall dimensions reach 206x86 mm, with extra fine 3 mm cell size for strong protection. This grid functions as both a mechanical guard and a ventilation panel.

3D rectangular grid model as a STL file. The overall size is 200x80 mm, with medium 4 mm cell size for balanced airflow and protection. This type of grid serves both protection and ventilation roles.

Download this 3D rectangular protective grid file in STL format. Mounting holes are placed at the four corners (center-to-center 200x165 mm), each with a diameter of Ø5 mm. The overall dimensions reach 210x175 mm, with regular 5 mm cell size for balanced airflow and protection. This type of grid serves both protection and ventilation roles.

Download this rectangular protective honeycomb grid as a STL file. Mounting holes are placed at the four corners (center-to-center 200x140 mm), each with a diameter of Ø4 mm. The overall dimensions reach 208x148 mm, with regular 4 mm cell size for balanced airflow and protection. This grid functions as both a mechanical guard and a ventilation panel.

Honeycomb protective rectangular grid file in STL format. The overall size is 200x35 mm, with open 8 mm cell size for optimal air circulation. This grid serves as both a protective guard and a ventilation panel.

Honeycomb protective rectangular grid model in STL format. Mounting holes are placed at the four corners (center-to-center 200x45 mm), each with a diameter of Ø7 mm. The overall dimensions reach 214x59 mm, with wide 7 mm cell size to enhance ventilation. This grid serves as both a protective guard and a ventilation panel.

Download this 3D honeycomb rectangular grid as a STL file. Mounting holes are placed at the four corners (center-to-center 200x45 mm), each with a diameter of Ø8 mm. The overall dimensions reach 216x61 mm, with extra wide 10 mm cell size for maximum airflow. This grid provides both mechanical protection and airflow.

Download this 3D honeycomb protective rectangular grid as a STL file. Mounting holes are placed at the four corners (center-to-center 200x45 mm), each with a diameter of Ø8 mm. The overall dimensions reach 216x61 mm, with large 8 mm cell size for optimal air circulation. This grid serves as both a protective guard and a ventilation panel.

3D rectangular protective honeycomb grid model as a STL file. Mounting holes are placed at the four corners (center-to-center 200x175 mm), each with a diameter of Ø4 mm. The overall dimensions reach 208x183 mm, with medium 5 mm cell size for versatile use. A secondary color rim highlights the outer edge. This grid functions as both a mechanical guard and a ventilation panel.

Download this 3D rectangular grid as a STL file. The overall size is 200x80 mm, with fine 3 mm cell size for high protection. This type of grid serves both protection and ventilation roles.

Rectangular grid model as a STL file. The overall size is 200x125 mm, with open 6 mm cell size to maximize airflow. This type of grid provides mechanical protection and ventilation.

Download this honeycomb protective rectangular grid as a STL file. Mounting holes are placed at the four corners (center-to-center 200x100 mm), each with a diameter of Ø4 mm. The overall dimensions reach 208x108 mm, with fine 3 mm cell size for strong protection. This grid provides both mechanical protection and airflow.

Download this rectangular protective honeycomb grid file in STL format. Mounting holes are placed at the four corners (center-to-center 200x100 mm), each with a diameter of Ø8 mm. The overall dimensions reach 216x116 mm, with very open 10 mm cell size for peak ventilation. This type of grid serves both protection and ventilation roles.

3D square protective grid model as a STL file. The overall size is 200x200 mm, with regular 4 mm cell size for versatile use. This type of grid serves both protection and ventilation roles.

3D rectangular grid model as a STL file. Mounting holes are placed at the four corners (center-to-center 200x50 mm), each with a diameter of Ø4 mm. The overall dimensions reach 208x58 mm, with extra wide 9 mm cell size for peak ventilation. This grid acts as a protective guard while allowing airflow.

3D rectangular protective honeycomb grid model as a STL file. The overall size is 200x48 mm, with standard 4 mm cell size for versatile use. This grid acts as a protective guard while allowing airflow.