Saker Cabinet Hardware Doweling Jig | Adjustable Self-Centering Drill Guide for Knobs & Pulls (6.5" Jig Saw)

Overview

Meet the Saker Cabinet Hardware Doweling Jig—a precision tool designed for both workshop benches and on-site projects. Crafted from high-quality aluminum alloy, it offers a durable, rust-resistant core that stands up to routine use. The jig helps you drill straight, consistently sized holes to align knobs, pulls, and door handles with confidence. Its selectable hole spacings—from 2 1/2" to 5"—use a 4 mm drill diameter, enabling a wide range of hardware styles without costly rework. Whether refreshing a single cabinet or outfitting an entire kitchen, this template tool makes layout predictable and easy to execute.

• Aluminum alloy construction resists wear and corrosion, supporting long-lasting accuracy on busy projects.
• Predefined spacings of 2 1/2", 3", 3 1/2", 4", 4 1/2", and 5" with 4 mm holes.
• Self-centering punch locator keeps holes aligned for consistent results across panels.
• Edge distance and hole spacing are adjustable via the middle nut for flexible hardware fit.

Key Capabilities

• Easy setup for beginners and pros alike, with quick adjustments to edge distance and drill hole spacing.
• Compact, portable design that folds for storage and on-site use, saving time and space.
• Widely applicable to kitchen drawers, cabinet knobs, door handles, and drawer fronts.
• Durable tool suitable for professionals, cabinetmakers, and DIY enthusiasts seeking reliable results.

In practice, this jig supports a smooth workflow from layout to finished installation. By combining a sturdy aluminum body with adjustable spacing and a self-centering locator, it helps you achieve clean, repeatable results—whether you’re working on a single project or scaling up to multiple units. The portable design and cost-conscious construction make it a practical addition to any toolbox, balancing quality with value without promising guarantees. Consider it as a capable helper for precise cabinet hardware installations when accuracy and efficiency matter.