75mm Curved Radius Bending Brackets

IMPORTANT:
* * These brackets are for materials in the thicknesses listed, and a curved wall thickness of 1mm or less (depth of the slot is greater than or equal to material thickness - 1mm).
For example:
16mm material with a 15mm deep channel (1mm curved wall thickness)
18mm material with a 17.4mm deep channel (0.6mm curved wall thickness)
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Create smooth, consistent curved corners with these radiused bending brackets!
Originally developed for building curved-edge fireplace mantels, these brackets provide a simple and effective way to form curved corners in MDF, laminate, solid wood or other materials without the need for large roundover router bits or complicated joinery.
Designed to help achieve clean, uniform curves, they're ideal for cabinetry, furniture making and other custom woodworking projects.

Product Specifications

Finished corner radius: 75mm
Bracket height: 60mm
Material compatibility: Sheet material or solid timber
Required curved wall thickness: ≤1mm
Required slot width: 116.5mm
Bracket material: Black PETG

Available pack sizes: 4, 8 or 16 brackets

How They Work

The brackets fit into the channel in your material (required width above). Your material can then be carefully bent around the curved profile and secured using appropriate fixings to easily create a smooth, continuous corner bend.

Why Use These Brackets?

Create consistent curved corners with ease.
Avoid the challenges of routing large roundovers into joined material.
Simplify the construction of custom curved furniture and cabinetry.
Achieve a clean, professional-looking finish.
Designed and developed by a woodworker for real workshop applications.

Please Note:

These brackets are designed to assist with forming and securing curved corners but should not be relied upon as the sole source of structural support or integrity. Additional support, reinforcement and appropriate fixings should be incorporated into your project to ensure adequate strength and long-term stability for your use case.

The brackets are 3D-printed in PETG, offering improved heat resistance and durability compared to PLA. However, PETG can still soften or deform under elevated temperatures and should not be used in high temperature applications. 

Always ensure the bracket dimensions and installation method are appropriate for your intended application.