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80/20 | 25 & 40 Series 4 Hole - Tall Transition Inside Corner Bracket | 65-4504
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80/20 | 25 & 40 Series 4 Hole - Tall Transition Inside Corner Bracket | 65-4504

80/20 | 25 & 40 Series 4 Hole - Tall Transition Inside Corner Bracket | 65-4504

$2.53

Original: $7.23

-65%
80/20 | 25 & 40 Series 4 Hole - Tall Transition Inside Corner Bracket | 65-4504

$7.23

$2.53

The Story

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.
80/20 | 25 & 40 Series 4 Hole - Tall Transition Inside Corner Bracket | 65-4504 - Image 2

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

80/20 | 25 & 40 Series 4 Hole - Tall Transition Inside Corner Bracket | 65-4504 - Image 3

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

80/20 | 25 & 40 Series 4 Hole - Tall Transition Inside Corner Bracket | 65-4504 - Image 4

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Description

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.