Aluminum Radius Template Jig for Corner Arc Positioning

Aluminum Radius Template Jig for Corner Arc Positioning Description

Parts List: 5Round Corner Radius Template Highlight description: Purpose: The router table corner radius jig is designed to solve the problems of chamfering the corners of closets, cabinets and other furniture parts. It adopts precision manufacturing technology to ensure the angle and simplify your work What You Get: The package includes 5pcs round corner radius template of different size: R100, R150, R200, R250, R300. Suitable for a variety of internal and external corner chamfering handling High Strength Aluminum Alloy: This round corner radius template is made of high strength aluminum alloy material, not easy to rust, with excellent enduring and impact resistance Portable Design: The tool is lightweight and portable, easy to store and transport, takes up minimal space, and does not add extra burden when moving from one location to another Easy to Use: This arc cutting auxiliary tool adopts double limit, stable and reliable without deviation, easy to install and disassemble, so that beginners can learn and use effectively Detailed description: Description: This round corner radius template is designed to solve the problem of chamfering the corners of closets, cabinets and other furniture parts. It includes 5 different sizes, R100, R150, R200, R250, R300, to meet different needs. It is lightweight and portable, easy to store and transport. Feature: Good Performance: This router table corner radius jig can maintain its performance even in high intensity working environments. Suitable for DIY Projects: The tool is very suitable for home DIY projects and professional woodworking tasks, and can easily handle every job. Specification: Product Name: Round Corner Radius Template Product Material: Aluminum Alloy Color: Red Notes: 1. There may be slight differences between the picture and the actual color of the commodity. We will try our best to show you the exact color. 2. Please allow slight dimension difference due to manual measurement.