100 newest 3D models generated online

Design of a round vent cover for air circulation in STL format. Its insertion diameter measures 100 mm. The slats have an angle of 40° and a low thickness of 1.4 mm. This ventilation grille features a flange of 10 mm.

3D file of a round air vent for ventilation in STL format. Its insertion diameter measures 100 mm. The slats have a steep angle of 60° and a low thickness of 1.6 mm. A vertical reinforcement reinforces the slats. This ventilation grille has a collar of 10 mm.

Download this round storage box in 3D STL format. Its diameter is 80 mm and its height is 35 mm. The wall thickness is 3 mm.

Straight tube coupler ⌀100 mm to ⌀50 mm in STL format. Length of this adapter is 100 mm. The thickness of the tubes is identical: 2 mm. The ends are rounded to facilitate the connection of the two tubes.

Model of an elbow with a 90° angle in STL format. This pipe elbow has an external diameter of 80 mm and an internal diameter of 75 mm. The tube thickness is therefore 2.5 mm. The ends feature fillets to make it easier to assemble.

Straight tube adapter ⌀150 mm to ⌀96 mm in STL format. Length of this fitting is 150 mm. The thickness of the tubes is identical: 3 mm. The ends are not rounded.

3D model of a pipe elbow with a 30° angle in STL format. This pipe elbow features an external diameter of 30 mm and an internal diameter of 28 mm. This results in a tube thickness of 1 mm. The ends feature fillets to make it easier to insert.

Tube connector ⌀16 mm to ⌀10 mm in STL format. Final length of this junction is 15 mm. The thickness of the tubes is identical: 2 mm. The ends are raw.

This STL 3D model provides 100 storage spaces measuring 10×10×6mm each. Overall dimensions are 122×122×8mm. The compartments lack any fillet.

Design of a round air vent for air circulation in STL format. Its insertion diameter measures 125 mm. The slats have an angle of 45° and a high thickness of 2 mm. A vertical reinforcement reinforces the whole structure. This 3D ventilation grille features a collar of 10 mm.

Straight tube fitting ⌀135 mm to ⌀100 mm in STL format. Final length of this coupler is 140 mm. The thickness of the tubes is identical: 5 mm. The ends feature an external fillet to ease the connection.

3D file of a pipe elbow with a 90° angle in STL format. This pipe elbow features an external diameter of 90 mm and an internal diameter of 85 mm. This results in a tube thickness of 2.5 mm. End fillets make it easier to insert.

Inline tube reducer ⌀50 mm to ⌀39 mm in STL format. Final length of this coupler is 390 mm. The thickness of the tubes is identical: 2 mm. The two axes of the tubes are offset. The ends have a fillet on the outside.

Download this enclosure model with lid in STL format. The dimensions are 100 mm long by 80 mm wide and 60 mm high. The cover is 10 mm high. Side thickness is 4 mm. This enclosure has cooling area on the lid and under the base.

3D model of O-ring (torus-shaped seal) with dimensions Internal diameter 12.2 mm by section thickness 2.2  mm. The outer diameter is therefore 16.6 mm.

Diameter adapter ⌀104 mm to ⌀50 mm in STL format. Total length of this sleeve is 85 mm. The thickness of the tubes is identical: 2 mm. The axes of the tubes are off-center. The ends are rounded on the inside to facilitate the connection of the two tubes.

Tube junction ⌀104 mm to ⌀50 mm in STL format. Length of this adapter is 85 mm. The thickness of the tubes is identical: 2 mm. The axes of the tubes are off-center. The ends feature an internal fillet to make tube connection easier.

Inline tube junction ⌀104 mm to ⌀50 mm in STL format. Length of this sleeve is 85 mm. The thickness of the tubes is identical: 2 mm. The two axes of the tubes are off-center. The ends are rounded on the inside to make tube connection easier.

Tube fitting ⌀100 mm to ⌀50 mm in STL format. Final length of this junction is 90 mm. The thickness of the tubes is identical: 2 mm. The axes of the tubes are off-center. The ends are rounded on the inside.

Diameter adapter ⌀100 mm to ⌀50 mm in STL format. Final length of this sleeve is 90 mm. The thickness of the tubes is identical: 2 mm. The ends are rounded on the inside to ease the connection.

Inline fitting ⌀100 mm to ⌀50 mm in STL format. Total length of this adapter is 90 mm. The thickness of the larger diameter tube is 2 mm, and the smaller one is 20 mm. The two axes of the tubes are offset. The ends are rounded on the inside.

This printable multi-compartment box features 12 storage spaces measuring 100×100×20mm each. The total dimensions of the box are 410×308×22mm.

Tube connector ⌀100 mm to ⌀50 mm in STL format. Total length of this adapter is 100 mm. The thickness of the tubes is identical: 2 mm. The ends feature an internal fillet to facilitate the connection of the two tubes.

Inline tube adapter ⌀100 mm to ⌀50 mm in STL format. Total length of this sleeve is 140 mm. The thickness of the tubes is identical: 2 mm. The ends feature a fillet.

Inline tube reducer ⌀100 mm to ⌀50 mm in STL format. Final length of this junction is 140 mm. The thickness of the larger diameter tube is 4 mm, and the smaller one is 5 mm. The axes of the tubes are off-center. The ends are rounded to make tube connection easier.

Tube adapter ⌀100 mm to ⌀50 mm in STL format. Total length of this sleeve is 160 mm. The thickness of the larger diameter tube is 4 mm, and the smaller one is 5 mm. The two axes of the tubes are offset. The ends are rounded to make tube connection easier.

This compartment box design includes 60 slots measuring 10×10×5mm each. The total dimensions of the box are 122×74×7mm.

3D model of an elbow with a 90° angle in STL format. This pipe elbow has an external diameter of 80 mm and an internal diameter of 77 mm. The tube thickness is therefore 1.5 mm. End fillets make it easier to assemble.

3D model of an elbow with a 90° angle in STL format. This elbow has an external diameter of 90 mm and an internal diameter of 82 mm. The tube thickness is therefore 4 mm.

3D file of a pipe elbow with a 90° angle in STL format. This pipe elbow has an outer diameter of 26 mm and an inner diameter of 21 mm. This results in a tube thickness of 2.5 mm.

Straight tube coupler ⌀45 mm to ⌀10 mm in STL format. Length of this junction is 97 mm. The thickness of the larger diameter tube is 2.5 mm, and the smaller one is 2 mm. The ends are not rounded.

File of a pipe elbow with a 90° angle in STL format. This elbow features an outer diameter of 26 mm and an inner diameter of 21 mm. The tube thickness is therefore 2.5 mm. The ends feature fillets to make it easier to assemble.

3D design of a round grille for ventilation in STL format. Its male diameter is 152 mm. The slats have a slight angle of 30° and a high thickness of 2.4 mm. A central reinforcement reinforces the slats. This 3D aeration grille has a thin flange of 5 mm.

Diameter adapter ⌀81 mm to ⌀55 mm in STL format. Final length of this adapter is 80 mm. The thickness of the tubes is identical: 2.5 mm. The ends feature an external fillet.

Tube adapter ⌀76 mm to ⌀50 mm in STL format. Length of this reducer is 80 mm. The thickness of the tubes is identical: 3 mm. The ends are not rounded.

Model of a pipe elbow with a 120° angle in STL format. This elbow features an external diameter of 34 mm and an internal diameter of 30 mm. The tube thickness is therefore 2 mm. The ends feature fillets to make it easier to assemble.

STL model of rubber ring with Internal diameter 26 mm / section thickness 2.5  mm. Final diameter is therefore 31 mm.

3D design of a round air vent for air circulation in STL format. Its male diameter measures 50 mm. The slats have an angle of 45° and a high thickness of 1.8 mm. A vertical reinforcement secures the whole structure. This 3D ventilation grille has a flange of 10 mm.

Download this enclosure model with lid in STL format. The dimensions are 150 mm long by 150 mm wide and 200 mm high. The lid only measures 30 mm high. Side thickness is 3 mm. The enclosure does not feature cooling.

3D file of an elbow with a 1° angle in STL format. This elbow features an outer diameter of 40 mm and an inner diameter of 34 mm. This results in a tube thickness of 3 mm.

File of a round vent cover for ventilation in STL format. Its male diameter is 60 mm. The slats have a steep angle of 60° and a low thickness of 1.5 mm. A centered vertical reinforcement secures the whole structure. This ventilation grille has a prominent flange of 15 mm.

Tube adapter ⌀140 mm to ⌀93 mm in STL format. Final length of this coupler is 110 mm. The thickness of the tubes is identical: 5 mm. The ends have no fillet.

Tube coupler ⌀120 mm to ⌀93 mm in STL format. Length of this adapter is 110 mm. The thickness of the tubes is identical: 5 mm. The ends are not rounded.

This sectioned box design features 4 cavities measuring 20×20×20mm each. Overall dimensions of the box are 46×46×22mm. A 2mm fillet applied to all compartments provide a better grip stored in the compartments.

3D file of a round grille for air circulation in STL format. Its insertion diameter measures 55 mm. The slats have a slight angle of 30° and a low thickness of 1.6 mm. A vertical reinforcement reinforces the whole structure. This 3D vent grille has a prominent flange of 20 mm.

3D design of a round grille for air circulation in STL format. Its insertion diameter measures 168 mm. The slats have an angle of 45° and a low thickness of 1.4 mm. A central reinforcement secures the slats. This vent grille features a flange of 10 mm.

3D model of a round vent cover for air circulation in STL format. Its male diameter measures 168 mm. The slats have an angle of 45° and a low thickness of 1.6 mm. A centered vertical reinforcement strengthens the slats. This 3D ventilation grille has a collar of 10 mm.

Inline tube adapter ⌀133 mm to ⌀90 mm in STL format. Length of this connector is 240 mm. The thickness of the tubes is identical: 8 mm. The ends have no fillet.

File of an elbow with a 90° angle in STL format. This pipe elbow has an outer diameter of 250 mm and an inner diameter of 240 mm. The tube thickness is therefore 5 mm.

Inline tube junction ⌀180 mm to ⌀60 mm in STL format. Total length of this adapter is 150 mm. The thickness of the tubes is identical: 3 mm. The ends are not rounded.

Tube junction ⌀180 mm to ⌀16 mm in STL format. Final length of this reducer is 150 mm. The thickness of the tubes is identical: 3 mm. The ends are raw.

3D design of a round air vent for ventilation in STL format. Its male diameter is 250 mm. The slats have an angle of 45° and a low thickness of 1.6 mm. A central reinforcement strengthens the slats. This 3D aeration grille has a flange of 10 mm.

3D design of a round grille for ventilation in STL format. Its insertion diameter is 250 mm. The slats have an angle of 45° and a low thickness of 1.6 mm. This vent cover has a flange of 10 mm.

3D model of an elbow with a 25° angle in STL format. This elbow has an external diameter of 40 mm and an internal diameter of 34 mm. The tube thickness is therefore 3 mm.

3D model of a round vent cover for air circulation in STL format. Its insertion diameter measures 160 mm. The slats have a steep angle of 60° and a high thickness of 1.8 mm. A vertical reinforcement secures the slats. This aeration grille features a prominent flange of 20 mm.

3D model of a pipe elbow with a 45° angle in STL format. This pipe elbow features an external diameter of 180 mm and an internal diameter of 160 mm. This results in a tube thickness of 10 mm. The ends feature fillets to make it easier to assemble.

File of an elbow with a 70° angle in STL format. This pipe elbow features an outer diameter of 160 mm and an inner diameter of 155 mm. The tube thickness is therefore 2.5 mm.

File of a round vent cover for ventilation in STL format. Its male diameter is 155 mm. The slats have an angle of 45° and a low thickness of 1.6 mm. A central reinforcement reinforces the slats. This vent grille features a prominent flange of 20 mm.

Design of a round air vent for ventilation in STL format. Its male diameter measures 127 mm. The slats have an angle of 45° and a low thickness of 1.5 mm. A centered vertical reinforcement strengthens the whole structure. This 3D vent grille features a prominent flange of 20 mm.

Straight tube coupler ⌀100 mm to ⌀60 mm in STL format. Length of this connector is 180 mm. The thickness of the tubes is identical: 2 mm. The ends are rounded on the outside to facilitate the connection of the two tubes.

3D design of a round vent cover for air circulation in STL format. Its insertion diameter measures 118 mm. The slats have an angle of 45° and a high thickness of 2.4 mm. A central reinforcement strengthens the whole structure. This 3D vent grille has a prominent flange of 20 mm.

3D model of a round vent cover for ventilation in STL format. Its male diameter measures 60 mm. The slats have an angle of 45° and a low thickness of 1.5 mm. A centered vertical reinforcement strengthens the slats. This aeration grille features a prominent flange of 15 mm.

3D model of a pipe elbow with a 90° angle in STL format. This pipe elbow features an external diameter of 18 mm and an internal diameter of 16 mm. This results in a tube thickness of 1 mm.

3D model of a pipe elbow with a 90° angle in STL format. This elbow features an external diameter of 17.5 mm and an internal diameter of 15.5 mm. The tube thickness is therefore 1 mm.

Model of an elbow with a 30° angle in STL format. This elbow features an outer diameter of 20 mm and an inner diameter of 18 mm. This results in a tube thickness of 1 mm.

3D model of an elbow with a 90° angle in STL format. This pipe elbow features an external diameter of 8.5 mm and an internal diameter of 6 mm. The tube thickness is therefore 1.25 mm.

File of a pipe elbow with a 75° angle in STL format. This elbow has an external diameter of 28 mm and an internal diameter of 26 mm. The tube thickness is therefore 1 mm.

3D file of a pipe elbow with a 60° angle in STL format. This elbow has an outer diameter of 28 mm and an inner diameter of 26 mm. The tube thickness is therefore 1 mm.

Model of an elbow with a 70° angle in STL format. This pipe elbow has an outer diameter of 28 mm and an inner diameter of 26 mm. The tube thickness is therefore 1 mm.

3D model of a pipe elbow with a 70° angle in STL format. This pipe elbow features an outer diameter of 27.5 mm and an inner diameter of 26 mm. This results in a tube thickness of 0.75 mm.

File of an elbow with a 90° angle in STL format. This elbow features an external diameter of 28 mm and an internal diameter of 26 mm. The tube thickness is therefore 1 mm.

Model of a pipe elbow with a 90° angle in STL format. This elbow has an external diameter of 30 mm and an internal diameter of 24 mm. The tube thickness is therefore 3 mm. The ends feature fillets to make it easier to insert.

3D model of an elbow with a 45° angle in STL format. This elbow has an external diameter of 40 mm and an internal diameter of 34 mm. This results in a tube thickness of 3 mm.

Tube reducer ⌀120 mm to ⌀80 mm in STL format. Length of this connector is 240 mm. The thickness of the tubes is identical: 3 mm. The ends are rounded on the inside.

Model of O-ring with dimensions Internal diameter 110 mm by CS (cross section) 4  mm. Final diameter resulting corresponds to 118 mm.

3D file of a round air vent for ventilation in STL format. Its male diameter is 85 mm. The slats have an angle of 45° and a low thickness of 1.6 mm. This vent grille features a thin flange of 4 mm.

Straight tube coupler ⌀95 mm to ⌀90 mm in STL format. Length of this reducer is 70 mm. The thickness of the tubes is identical: 2 mm. The ends have a fillet on the outside to facilitate the connection of the two tubes.

3D model of a round air vent for air circulation in STL format. Its male diameter is 71.2 mm. The slats have an angle of 45° and a low thickness of 1.6 mm. A centered vertical reinforcement secures the slats. This 3D ventilation grille features a thin flange of 5 mm.

3D model of a round vent cover for air circulation in STL format. Its male diameter measures 67.7 mm. The slats have an angle of 40° and a low thickness of 1.4 mm. This 3D ventilation grille has a thin flange of 5 mm.

Tube adapter ⌀70 mm to ⌀69 mm in STL format. Total length of this adapter is 50 mm. The thickness of the tubes is identical: 2 mm. The ends have a fillet on the outside to facilitate the connection of the two tubes.

Inline sleeve ⌀69 mm to ⌀65 mm in STL format. Total length of this fitting is 100 mm. The thickness of the tubes is identical: 2 mm. The ends feature an external fillet to facilitate the connection of the two tubes.

File of an elbow with a 170° angle in STL format. This elbow features an external diameter of 40 mm and an internal diameter of 36 mm. The tube thickness is therefore 2 mm. End fillets make it easier to insert.

Straight tube adapter ⌀94 mm to ⌀90 mm in STL format. Final length of this sleeve is 80 mm. The thickness of the tubes is identical: 2 mm. The ends feature an external fillet to make tube connection easier.

3D file in STL format of circular seal with dimensions Internal diameter (ID) 25 mm × CS 2.4  mm. The outer diameter corresponds to 29.8 mm.

3D file of O-ring (torus-shaped seal) with dimensions ID 24 mm / CS (cross section) 2.8  mm. Final diameter resulting corresponds to 29.6 mm.

3D file of a round air vent for air circulation in STL format. Its male diameter is 180 mm. The slats have a slight angle of 30° and a high thickness of 2 mm. A centered vertical reinforcement secures the slats. This aeration grille has a prominent flange of 12 mm.

Inline sleeve ⌀155 mm to ⌀90 mm in STL format. Total length of this adapter is 90 mm. The thickness of the tubes is identical: 2 mm. The ends have a fillet on the outside to facilitate the connection of the two tubes.

Model of an elbow with a 170° angle in STL format. This elbow has an external diameter of 45 mm and an internal diameter of 41 mm. This results in a tube thickness of 2 mm. The ends feature fillets to make it easier to insert.

3D model of an elbow with a 170° angle in STL format. This elbow has an external diameter of 45 mm and an internal diameter of 43 mm. This results in a tube thickness of 1 mm.

Inline tube adapter ⌀155 mm to ⌀90 mm in STL format. Final length of this connector is 80 mm. The thickness of the tubes is identical: 2 mm. The ends feature an external fillet to facilitate the connection of the two tubes.

Straight tube reducer ⌀102 mm to ⌀90 mm in STL format. Length of this junction is 80 mm. The thickness of the tubes is identical: 2 mm. The ends are rounded on the outside to make tube connection easier.

Inline tube reducer ⌀102 mm to ⌀90 mm in STL format. Total length of this reducer is 80 mm. The thickness of the tubes is identical: 2 mm. The axes of the tubes are offset. The ends feature an external fillet to make tube connection easier.

Model of a pipe elbow with a 60° angle in STL format. This pipe elbow has an outer diameter of 32 mm and an inner diameter of 28 mm. The tube thickness is therefore 2 mm. The ends feature fillets to make it easier to assemble.

Straight tube coupler ⌀153 mm to ⌀90 mm in STL format. Total length of this coupler is 90 mm. The thickness of the tubes is identical: 2 mm. The ends have a fillet on the outside to ease the connection.

Model of a pipe elbow with a 180° angle in STL format. This elbow has an external diameter of 20 mm and an internal diameter of 16 mm. This results in a tube thickness of 2 mm.

Tube reducer ⌀150 mm to ⌀90 mm in STL format. Total length of this connector is 90 mm. The thickness of the tubes is identical: 2 mm. The ends feature an external fillet.

Get this circular organizing box model in 3D STL format. Its diameter is 60 mm and its height is 30 mm. The wall thickness is 3 mm.

Model of a pipe elbow with a 60° angle in STL format. This pipe elbow has an external diameter of 45 mm and an internal diameter of 43 mm. This results in a tube thickness of 1 mm. The ends feature fillets to make it easier to insert.

3D file of an elbow with a 37° angle in STL format. This elbow has an external diameter of 48 mm and an internal diameter of 44 mm. This results in a tube thickness of 2 mm. End fillets make it easier to insert.

3D model of an elbow with a 30° angle in STL format. This pipe elbow has an outer diameter of 60 mm and an inner diameter of 58 mm. The tube thickness is therefore 1 mm.