OpenBuilds T Joining Plate for 2020 Extrusion (Black)
The OpenBuilds T Joining Plate for 2020 Extrusion (Black) is a high-quality aluminum connector designed for strong and reliable 90-degree connections in V-Slot and T-Slot aluminum extrusion systems. This durable and lightweight plate is ideal for reinforcing frames, assembling machine structures, and building modular projects like 3D printers, CNC machines, and automation systems.
Features:
-
Material: High-strength 6061-T6 aluminum for durability and rigidity.
-
Anodized Black Finish: Provides corrosion resistance and a sleek, professional appearance.
-
T-Shaped Design: Allows for secure perpendicular connections between two 2020 aluminum extrusions.
-
Precision Machined: Ensures accurate hole alignment for easy assembly.
-
Pre-Drilled Mounting Holes: Compatible with M5 screws and T-nuts for quick installation.
Applications:
-
3D Printer & CNC Frames ā Provides rigid and strong corner connections.
-
Automation & Robotics ā Ideal for mounting sensors, actuators, and enclosures.
-
DIY & Modular Builds ā Perfect for custom enclosures, furniture, and industrial setups.
This OpenBuilds T Joining Plate offers a strong, easy-to-install, and modular connection solution, making it an essential component for structural aluminum extrusion projects.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
OpenBuilds T Joining Plate for 2020 Extrusion (Black)
OpenBuilds T Joining Plate for 2020 Extrusion (Black)
The OpenBuilds T Joining Plate for 2020 Extrusion (Black) is a high-quality aluminum connector designed for strong and reliable 90-degree connections in V-Slot and T-Slot aluminum extrusion systems. This durable and lightweight plate is ideal for reinforcing frames, assembling machine structures, and building modular projects like 3D printers, CNC machines, and automation systems.
Features:
-
Material: High-strength 6061-T6 aluminum for durability and rigidity.
-
Anodized Black Finish: Provides corrosion resistance and a sleek, professional appearance.
-
T-Shaped Design: Allows for secure perpendicular connections between two 2020 aluminum extrusions.
-
Precision Machined: Ensures accurate hole alignment for easy assembly.
-
Pre-Drilled Mounting Holes: Compatible with M5 screws and T-nuts for quick installation.
Applications:
-
3D Printer & CNC Frames ā Provides rigid and strong corner connections.
-
Automation & Robotics ā Ideal for mounting sensors, actuators, and enclosures.
-
DIY & Modular Builds ā Perfect for custom enclosures, furniture, and industrial setups.
This OpenBuilds T Joining Plate offers a strong, easy-to-install, and modular connection solution, making it an essential component for structural aluminum extrusion projects.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The OpenBuilds T Joining Plate for 2020 Extrusion (Black) is a high-quality aluminum connector designed for strong and reliable 90-degree connections in V-Slot and T-Slot aluminum extrusion systems. This durable and lightweight plate is ideal for reinforcing frames, assembling machine structures, and building modular projects like 3D printers, CNC machines, and automation systems.
Features:
-
Material: High-strength 6061-T6 aluminum for durability and rigidity.
-
Anodized Black Finish: Provides corrosion resistance and a sleek, professional appearance.
-
T-Shaped Design: Allows for secure perpendicular connections between two 2020 aluminum extrusions.
-
Precision Machined: Ensures accurate hole alignment for easy assembly.
-
Pre-Drilled Mounting Holes: Compatible with M5 screws and T-nuts for quick installation.
Applications:
-
3D Printer & CNC Frames ā Provides rigid and strong corner connections.
-
Automation & Robotics ā Ideal for mounting sensors, actuators, and enclosures.
-
DIY & Modular Builds ā Perfect for custom enclosures, furniture, and industrial setups.
This OpenBuilds T Joining Plate offers a strong, easy-to-install, and modular connection solution, making it an essential component for structural aluminum extrusion projects.
