This metric fastener features a reduced head height of 1.5mm or less, allowing it to sit nearly flush against surfaces to prevent interference with moving parts in tight clearances. Its primary function is to secure mechanical components together without obstructing adjacent motion paths. It is designed for precise mechanical builds and structural assemblies with limited overhead space, such as securing brackets, plates, and V-slot wheels in 3D printers and CNC machines to avoid gantry or belt collisions. Additionally, it integrates into aluminium extrusion T-slot profiles and compact electronic devices to maintain space efficiency.

This metric fastener features a reduced head height of 1.5mm or less, allowing it to sit nearly flush against surfaces to prevent interference with moving parts in tight clearances. Its primary function is to secure mechanical components together without obstructing adjacent motion paths. It is designed for precise mechanical builds and structural assemblies with limited overhead space, such as securing brackets, plates, and V-slot wheels in 3D printers and CNC machines to avoid gantry or belt collisions. Additionally, it integrates into aluminium extrusion T-slot profiles and compact electronic devices to maintain space efficiency.

These aluminum mounting plates function as an external fastening method to connect two or more linear rails or secure framework joints in structural assemblies. Designed with an M5 hole configuration on a 20mm spacing, they facilitate the creation of perpendicular joints and the end-to-end extension of linear rail structures using 10mm low-profile screws. The plates integrate with standard V-Slot series and 2020 aluminum extrusion profiles, providing positioning flexibility across mechanical frameworks. Typical applications include the construction of automated pick-and-place systems, 3D printers, custom CNC machinery, and general mechanical assemblies.

Compatible With

These high-precision metric aluminum spacers are engineered for mechanical assemblies requiring consistent axial clearance and rigid structural support. Primarily utilized in CNC machinery, 3D printers, and robotic gantry systems, these spacers provide the necessary offset for our V-slot linear rails, motor mounts, and PCB standoffs.