1/2" x 1-1/2" Keyhole Router Bit, 1-Flute, 1/4" Shank

Keyhole Router Bit For Short T-Slot Cuts

keyhole router bit from Amana Tool is designed to plunge to form the entry and then advance to cut a short T-slot, so you can create a keyed slot in one continuous motion that keeps setup straightforward on the job. The bit is identified as a 1/2 x 1-1/2 keyhole router bit, which defines its cutting profile and helps match the cut size to your layout needs on cabinet or panel work. A 1-flute cutting design defines how the material is cleared during the pass, which affects how the router feels as it moves through the cut. The 1/4 shank fits routers that accept that shank size, so the bit can be used in compact or mid-size handheld plunge routers where that interface is required.

Practical Details That Support Keyhole Routing

• The 1/2 x 1-1/2 keyhole router bit sizing defines the overall cut geometry, so you can plan hole position and slot reach to match hanging points or other keyed connections on cabinets or panels.
• The 1-flute construction sets how the bit engages the material, which influences chip evacuation and the feel of the cut as you plunge and advance through the short T-slot path.
• The 1/4 shank connection matches routers with a 1/4 collet, so the bit can be mounted in many handheld plunge routers used in cabinet joinery and general woodworking work.
• The Amana Tool brand and 45652 part number clearly identify this specific keyhole router bit, which helps you reorder the same cut geometry when matching existing work or standardizing shop setups.

Mounting And Plunge Router Use Details

The 1/4 shank on this Amana Tool keyhole router bit seats in a router sized for 1/4 shank tooling, which allows the bit to be secured for controlled plunging into the work. The bit is described for use in a handheld plunge router, so the workflow is built around lowering the spinning cutter into the surface to form the entry hole and then advancing the router to create the short T-slot. The 1/2 x 1-1/2 keyhole profile defines how deep and long that motion can be before the cutting edges reach their effective limits.

Using This Router Bit In Cabinet Joinery

Where This Keyhole Router Bit Is Typically Applied

This Amana Tool keyhole router bit is classified under cabinet joinery, so it is suited for routing keyed slots as part of cabinet or related woodworking assemblies. The 1/2 x 1-1/2 keyhole sizing defines a cut that can serve where a short T-slot style recess is needed to engage a mating element set into a wall or another component. Because the cut is formed by plunging to create the entry and then advancing for a short travel, the bit fits workflows where the router is brought to the workpiece rather than the workpiece being fed into a stationary machine. In handheld plunge router setups, this pattern allows you to place keyhole-style slots on large or assembled cabinets without moving heavy parts to other equipment.

How Bit Design Supports Repeatable Short T-Slots

The 1-flute design of this router bit defines how each revolution engages the material, and that predictable engagement helps keep the plunge and advance feel consistent as you route multiple short T-slots in a run. The specified 1/2 x 1-1/2 keyhole geometry repeats the same slot dimensions each time, which is important when matching several keyhole locations to the same hanging points in cabinet joinery work. With a 1/4 shank sized for routers that accept that interface, the bit fits common handheld plunge router bodies, so operators can keep using familiar equipment when adding keyhole-style cuts. The clear Amana Tool branding and 45652 manufacturer part number tie this behavior to a specific, repeatable bit model for ongoing shop use.

Keyhole Bit Use And Fit Questions Answered

Select This Keyhole Router Bit For Your Next Job

This Amana Tool 1/2 x 1-1/2 keyhole router bit with a 1/4 shank is set up for creating short T-slots by plunging and advancing in a handheld plunge router, which fits cabinet joinery workflows. With the 45652 part number clearly defining this specific bit, it is straightforward to match or standardize on this geometry across your routing stations when you need repeatable keyhole-style cuts in your projects.