Cube connector 40 3D for ASPI slot 8

Cube connectors: Innovative solutions for connection technology

Cube connector 40 3D – force-fit 3D connection for groove 8 aluminum profiles in a 40×40 grid

The 40 3D cube connector enables a stable, right-angled connection of up to three aluminum profiles in a 40×40 grid. Made of robust die-cast zinc, the connector fits precisely into groove 8 profiles – without any additional profile machining.

Ideally suited for machine frames, modular racks, or enclosures in machine and plant engineering. The compact cube shape ensures high rigidity at the corners with minimal material usage.

Assembly is quick and precise using a T-nut and screw, ideal for efficient 3D designs in industrial applications.

Compatible with 8 mm slot profiles in a 40 mm grid, suitable for systems such as ASPI, ASPB and other common suppliers.
Packaging unit: 10 pieces – ideal for modular and durable frame constructions.

What is a cube connector?

A cube connector is a versatile fastener specifically designed for the ASPI 8 slot. This connector is ideal for modular constructions because it enables a simple and secure connection between different components. Its 3D printing technology ensures high precision and flexibility, allowing for easy implementation of customized solutions.

Advantages of using a cube connector

The use of the cube connector offers many advantages. First, it enables quick assembly, thus reducing time and labor. Second, the cube connector ensures high stability of the structures, making it ideal for automation applications. Third, it is environmentally friendly, as it can be manufactured from sustainable materials.

Application areas of the cube connector

Cube connectors are used in numerous applications, such as mechanical engineering, robotics, and the furniture industry. They offer a flexible solution for complex construction projects because they can be easily adapted to different design requirements. Furthermore, they are ideal for prototypes and small production runs, as they allow for quick modifications without significant effort.