Adjustable Dowel Maker Jig with Indexable Carbide Blades

📋 Specifications

• Model: Dowel Maker Jig Kit

• Main Body Material: CNC-Machined Anodized Aluminum Alloy (Black & Red)

• Blade Spec: Indexable Round Carbide Insert (15 × 15 × 2.5 mm, 30° R150)

• Eight Imperial Hole Apertures: 5/16", 3/8", 7/16", 1/2", 9/16", 5/8", 11/16", & 3/4"

• Drive Mechanism: Electric Drill Powered

• Application / DIY Supplies: Woodworking & Furniture Joinery

• High-Concerned Chemical: None

🔧 Key Features

• Rotating Indexable Carbide Blade: Features four sharp cutting edges per square carbide insert; simply loosen the blade screw and rotate to a fresh edge when dull.

• 8 Multi-Size Aperture Disk: Smooth-revolving selection wheel with 8 precision-bored imperial diameter guides for fast size switching without changing jig components.

• Corrosion-Resistant Anodized Finish: Precision-milled aluminum alloy frame with durable anodized surface treatment ensures long-lasting rigidity and wear resistance.

• Fast Drill-Driven Dowel Sizing: Mounts directly to a workbench or guide rail; pass square wooden stock through using a hand drill socket adapter to mill clean round dowels in seconds.

• Clean, Smooth Finish: R150 radius carbide geometry cuts hard and soft woods cleanly, drastically reducing sand-down time on finished wooden pins.

🏠 Ideal Applications

• Custom Dowel Rod Production from Hardwood Scrap Stock (Oak, Walnut, Maple, Pine)

• Custom Wood Joinery, Furniture Repair, & Cabinetry Pin Milling

• Workshop DIY Projects Requiring Specific Non-Standard Dowel Diameters

📦 Package Includes

• 1 × Adjustable Electric Drill Dowel Maker Jig Tool

• 1 × Blade Wrench (T-Handle / Torx Wrench)

• 1 × Adjustment Wrench

• 3 × Mounting / Set Screws

⚠️ Important Usage Notes

 

1. Cut square wood stock slightly larger than the target hole size and chamfer the lead end before feeding into the jig with your drill for smooth cutting engagement.

2. Run your electric drill at medium-to-high RPM while feeding stock with steady forward pressure to achieve a smooth lathe-like surface finish.