Custom 4 ways fitting STL 3D file – Outer diameter 40 mm, wall thickness 3.75 mm 📦#4530

3D STL model of a tubes distribution manifold with 4 tubes, ready to use in your projects. This cross-style model offers 4 tubes, spaced regularly by 90° around the center. Each branch is sized for tubes with an outer diameter of 28 mm and an inner diameter of 25 mm. This thickness (1.5 mm) corresponds to a thin wall. Internal end fillets improve the insertion lead-in and reduce the risk of aggressive burrs. This part could suit extraction systems, air-cooling setups, or any project where a flow has to be routed toward several outlets.

STL 3D file of a multi-ways fitting with 4 ways, ready to download. This cross-style model offers 4 ways, spaced regularly by 90° around the center. The branch sections accept tubes with an outer diameter of 30 mm and provide an internal passage of 18 mm. This part features a thick wall of 6 mm. Internal fillets are added at the ends to make tube insertion easier and reduce snagging. This part could suit extraction systems, air-cooling setups, or any project where a flow has to be routed toward several outlets.

STL 3D file of a multi-tubes connector with 3 tubes, ready to download. This Y-style model provides 3 tubes, each separated by 120° for a balanced flow split. Each branch is sized for tubes with an outer diameter of 32 mm and an inner diameter of 28 mm. This thickness (2 mm) corresponds to a thin wall. Internal end fillets improve the insertion lead-in and reduce the risk of aggressive burrs. It could be used to branch off flexible ducts, hoses, or rigid pipes in custom layouts.

3D STL model of a ways distribution manifold with 4 ways, ready to use in your projects. The four branches are distributed symmetrically, with an angular step of 90° between each branch. The branch sections accept tubes with an outer diameter of 12 mm and provide an internal passage of 8.5 mm. The wall is thin, with a thickness of 1.75 mm. Internal fillets are added at the ends to make tube insertion easier and reduce snagging. This part could suit extraction systems, air-cooling setups, or any project where a flow has to be routed toward several outlets.

This STL 3D ways distribution manifold with 4 ways is available for download. The four branches are distributed symmetrically, with an angular step of 90° between each branch. Each branch is sized for tubes with an outer diameter of 35 mm and an inner diameter of 25 mm. This part features a thick wall of 5 mm. No end fillets are applied, so both the inner and outer edges remain sharp. It could be used to branch off flexible ducts, hoses, or rigid pipes in custom layouts.

Download this STL 3D multi-way ways manifold model with 4 ways. The four branches are distributed symmetrically, with an angular step of 90° between each branch. The branch sections accept tubes with an outer diameter of 8 mm and provide an internal passage of 4 mm. The wall is thin, with a thickness of 2 mm. The internal edges at each branch end are softened with fillets to help guide the tube during assembly. This multi-way connector could be used in ventilation setups, air distribution lines, or fluid circuits where the flow needs to be split.

3D STL model of a tubes distribution manifold with 4 tubes, ready to use in your projects. The connector uses a cross-shaped layout, with 4 tubes set 90° from one another. The branch sections accept tubes with an outer diameter of 30 mm and provide an internal passage of 24 mm. The wall thickness is 3 mm. The tube ends stay straight, with no internal or external fillets. This part could suit extraction systems, air-cooling setups, or any project where a flow has to be routed toward several outlets.

STL 3D file of a multi-tubes connector with 5 tubes, ready to download. The branches are laid out in a star around the center, with 5 tubes and an angular step of 72°. Each branch is sized for tubes with an outer diameter of 17 mm and an inner diameter of 8.5 mm. Internal fillets are added at the ends to make tube insertion easier and reduce snagging. The model could be adapted for custom installations, hose routing, or technical projects that need a compact distribution fitting.

Download this STL 3D hoses distribution manifold model with 4 hoses. The connector uses a cross-shaped layout, with 4 hoses set 90° from one another. Each branch is sized for tubes with an outer diameter of 24 mm and an inner diameter of 21 mm. The wall is thin, with a thickness of 1.5 mm. No end fillets are applied, so both the inner and outer edges remain sharp. This part could suit extraction systems, air-cooling setups, or any project where a flow has to be routed toward several outlets.

This STL 3D multi-hoses connector with 4 hoses is available for download. The four branches are distributed symmetrically, with an angular step of 90° between each branch. The connector is designed for tubes with a 5 mm outer diameter and a 3 mm inner diameter. A wall thickness of 1 mm corresponds to a very thin shell. Internal end fillets improve the insertion lead-in and reduce the risk of aggressive burrs. The model could be adapted for custom installations, hose routing, or technical projects that need a compact distribution fitting.

STL 3D file of a multi-hoses connector with 4 hoses, ready to download. This cross-style model offers 4 hoses, spaced regularly by 90° around the center. The connector is designed for tubes with a 5 mm outer diameter and a 2.9 mm inner diameter. The connector features a thin wall (1.05 mm). Internal fillets are added at the ends to make tube insertion easier and reduce snagging. The model could be adapted for custom installations, hose routing, or technical projects that need a compact distribution fitting.

This STL 3D ways distribution manifold with 4 ways is available for download. The four branches are distributed symmetrically, with an angular step of 90° between each branch. Each branch is sized for tubes with an outer diameter of 20 mm and an inner diameter of 15 mm. This model uses a wall of 2.5 mm. External end fillets improve engagement and reduce snagging on the outer edges. It could be used to branch off flexible ducts, hoses, or rigid pipes in custom layouts.

This STL 3D hoses distribution manifold with 3 hoses is available for download. The connector has a Y-shaped layout with 3 hoses, spaced 120° apart around the center axis. Each branch is sized for tubes with an outer diameter of 40 mm and an inner diameter of 35 mm. This model uses a wall of 2.5 mm. The tube ends stay straight, with no internal or external fillets. The model could be adapted for custom installations, hose routing, or technical projects that need a compact distribution fitting.

Download this STL 3D multi-way tubes manifold model with 3 tubes. This Y-style model provides 3 tubes, each separated by 120° for a balanced flow split. The branch sections accept tubes with an outer diameter of 39 mm and provide an internal passage of 35 mm. The connector features a thin wall (2 mm). The tube ends stay straight, with no internal or external fillets. It could be used to branch off flexible ducts, hoses, or rigid pipes in custom layouts.

Download this STL 3D multi-ways connector model with 3 ways. The connector has a Y-shaped layout with 3 ways, spaced 120° apart around the center axis. The branch sections accept tubes with an outer diameter of 36 mm and provide an internal passage of 32.7 mm. The connector features a thin wall (1.65 mm). No end fillets are applied, so both the inner and outer edges remain sharp. This part could suit extraction systems, air-cooling setups, or any project where a flow has to be routed toward several outlets.

This STL 3D multi-hoses fitting with 3 hoses is available for download. The connector has a Y-shaped layout with 3 hoses, spaced 120° apart around the center axis. The connector is designed for tubes with a 36 mm outer diameter and a 32 mm inner diameter. The wall is thin, with a thickness of 2 mm. The ends are left without fillets, with raw inner and outer edges. This multi-way connector could be used in ventilation setups, air distribution lines, or fluid circuits where the flow needs to be split.

This STL 3D multi-way ways manifold with 3 ways is available for download. The connector has a Y-shaped layout with 3 ways, spaced 120° apart around the center axis. The connector is designed for tubes with a 39 mm outer diameter and a 36 mm inner diameter. The wall is thin, with a thickness of 1.5 mm. No end fillets are applied, so both the inner and outer edges remain sharp. This multi-way connector could be used in ventilation setups, air distribution lines, or fluid circuits where the flow needs to be split.

STL 3D file of a multi-ways fitting with 3 ways, ready to download. This Y-style model provides 3 ways, each separated by 120° for a balanced flow split. The branch sections accept tubes with an outer diameter of 42 mm and provide an internal passage of 38 mm. This thickness (2 mm) corresponds to a thin wall. The ends are left without fillets, with raw inner and outer edges. This part could suit extraction systems, air-cooling setups, or any project where a flow has to be routed toward several outlets.

3D STL model of a multi-tubes fitting with 3 tubes, ready to use in your projects. This Y-style model provides 3 tubes, each separated by 120° for a balanced flow split. The branch sections accept tubes with an outer diameter of 32 mm and provide an internal passage of 28 mm. This thickness (2 mm) corresponds to a thin wall. The ends are left without fillets, with raw inner and outer edges. It could be used to branch off flexible ducts, hoses, or rigid pipes in custom layouts.

Download this STL 3D multi-way ways manifold model with 3 ways. The three branches are arranged evenly, with an angular step of 120° between each outlet. The branch sections accept tubes with an outer diameter of 50 mm and provide an internal passage of 30 mm. This thickness (10 mm) corresponds to a very thick wall. External fillets are added at the ends to make it easier to slip the connector into ducts or hoses. This multi-way connector could be used in ventilation setups, air distribution lines, or fluid circuits where the flow needs to be split.

STL 3D file of a tubes distribution manifold with 5 tubes, ready to download. The branches are laid out in a star around the center, with 5 tubes and an angular step of 72°. Each branch is sized for tubes with an outer diameter of 50 mm and an inner diameter of 40 mm. This part features a thick wall of 5 mm. The external edges at each branch end are softened with fillets, which helps when inserting into an existing duct. This part could suit extraction systems, air-cooling setups, or any project where a flow has to be routed toward several outlets.

This STL 3D ways distribution manifold with 3 ways is available for download. This Y-style model provides 3 ways, each separated by 120° for a balanced flow split. The branch sections accept tubes with an outer diameter of 28 mm and provide an internal passage of 25 mm. The wall is thin, with a thickness of 1.5 mm. The tube ends stay straight, with no internal or external fillets. The model could be adapted for custom installations, hose routing, or technical projects that need a compact distribution fitting.

This STL 3D multi-way ways manifold with 3 ways is available for download. This Y-style model provides 3 ways, each separated by 120° for a balanced flow split. The connector is designed for tubes with a 28 mm outer diameter and a 23 mm inner diameter. This model uses a wall of 2.5 mm. The ends are left without fillets, with raw inner and outer edges. This multi-way connector could be used in ventilation setups, air distribution lines, or fluid circuits where the flow needs to be split.

STL 3D file of a multi-ways fitting with 3 ways, ready to download. The connector has a Y-shaped layout with 3 ways, spaced 120° apart around the center axis. Each branch is sized for tubes with an outer diameter of 27 mm and an inner diameter of 22 mm. This model uses a wall of 2.5 mm. No end fillets are applied, so both the inner and outer edges remain sharp. This multi-way connector could be used in ventilation setups, air distribution lines, or fluid circuits where the flow needs to be split.