80/20® 15 Series 10 Hole 90 Degree Joining Plate

The 7 hole - 90 degree angled stacked flat plate is an external fastening method that requires no machining services. This flat plate creates a 90-degree angle between profiles and its shape reinforces the strength of the connection. It is a durable option that is easy to assemble and can be reconfigured and reused. The suggested mounting hardware can be found on the "Suggested Hardware" tab. Tip: Use double or triple slide-in economy T-nuts to save time and money. Pre-load your hardware prior to connecting profiles to simplify your assembly.

The 4 hole - tall transition inside corner bracket creates a 90 degree connection between profiles within the same product type (either fractional or metric) but of differing series. Each side of the bracket has two holes stacked one on top of the other. It is an external fastening method that requires no machining services. The bracket is flush with the profiles, taking up less space in the overall design. This option can provide infinite positioning along the profile T-slot, allowing for a large degree of adjustability as well as being reconfigurable and reusable.

The 7 hole - 90 degree angled squared flat plate is an external fastening method that requires no machining services. This flat plate creates a 90-degree angle between profiles and its shape reinforces the strength of the connection. It is a durable option that is easy to assemble and can be reconfigured and reused. Tip: Use double or triple slide-in economy T-nuts to save time and money. Pre-load your hardware prior to connecting profiles to simplify your assembly.

The 7 hole - 90 degree angled stacked flat plate is an external fastening method that requires no machining services. This flat plate creates a 90-degree angle between profiles and its shape reinforces the strength of the connection. It is a durable option that is easy to assemble and can be reconfigured and reused.

80/20 4127 10 Hole 90° Joining Plate, 4"L Features: Loads only from the profile end Very economical Low profile