A push stick is one of the simplest and most important safety tools in any woodworking shop. Every builder who regularly uses a tablesaw or bandsaw should have one within arm’s reach. The concept is straightforward: instead of pushing a workpiece through a blade with your hands inches from the cutting path, you use a shaped piece of wood to apply forward pressure from a safe distance. It takes seconds to use and can prevent a lifetime of regret.
The design featured in this article is based on a shop-tested approach from experienced carpenters who build push sticks from a surprising source: wooden coat hangers. These hangers provide pre-shaped hardwood pieces that naturally fit the hand, requiring only a few cuts and modifications to become fully functional safety tools. Before building your own push sticks, review the range of essential tablesaw safety upgrades available to ensure your entire workflow around the saw is as safe as possible.
This guide covers material selection, step-by-step construction, grip modifications, and best practices for using push sticks on both tablesaws and bandsaws.
Understanding Push Stick Design Principles
Push sticks serve one primary purpose: keeping your hands away from the blade while maintaining full control over the workpiece. The best designs share several characteristics that make them effective and comfortable to use.
Ergonomics and Grip
A well-designed push stick fits naturally in your hand. The handle should allow a full palm grip with the wrist in a neutral position. If the stick forces your wrist to bend at an awkward angle, you will fatigue faster and lose control precisely when you need it most. Wooden coat hangers are ideal starting points because the curved shoulder section already mirrors the natural curve of a relaxed hand. The wood is typically beech or a similar hardwood that provides both strength and a comfortable feel.
The notch at the working end must engage the back edge of the workpiece without slipping. A shallow V-notch cut at roughly 45 degrees provides positive engagement on most stock sizes. Adding a small piece of adhesive sandpaper to the inside of the notch increases grip on the workpiece, preventing the stick from riding up or slipping off during a cut.
Length and Reach
The overall length of a push stick should allow your hand to remain at least 6 inches away from the blade at all times. For most tablesaw applications, a stick 10 to 14 inches long is adequate. Longer sticks can become unwieldy, while shorter sticks defeat the purpose by bringing your hand too close to the danger zone. The coat hanger approach naturally produces sticks in this ideal length range.
Kickback prevention is closely related to proper push stick use, as both address the most common causes of workshop injuries. A push stick helps you maintain downward and forward pressure simultaneously, reducing the likelihood of the workpiece lifting into the blade and kicking back.
Material Selection and Preparation
Not every wooden coat hanger is suitable for conversion into a push stick. Selecting the right material ensures your finished tool is strong, comfortable, and durable.
Choosing the Right Coat Hanger
| Material Characteristic | Ideal Property | Why It Matters |
|---|---|---|
| Wood species | Beech, birch, or oak | Hard, dense, resists splintering |
| Finish | Bare wood or thin lacquer | Thick varnish can crack and cause splinters |
| Thickness | 3/8 to 1/2 inch | Stiff enough to resist flexing under pressure |
| Grain direction | Straight, clear of knots | Prevents breakage at the notch |
| Condition | No cracks or splits | Structural integrity under load |
Avoid hangers made from softwoods such as pine or cedar. They lack the stiffness required to push dense hardwoods through a saw blade without flexing or breaking. Plastic and wire hangers are unsuitable for this project; only solid wood construction gives you the strength and workability needed.
Disassembling the Hanger
A standard wooden coat hanger consists of three parts: the top hook with its attached hardware, the angled shoulder pieces, and the horizontal crossbar at the bottom. Start by removing the metal hook. In most cases, the hook is held in place by a small screw eye or staple. Remove this fastener and pull the hook out from the top.
Next, remove the bottom crossbar. This piece is often glued into holes in the two shoulder pieces. A sharp twist usually breaks the glue bond. If it resists, a few light taps with a hammer on the end of the crossbar will pop it free. You are left with two separate L-shaped wooden pieces, each consisting of a long leg (the original shoulder) and a short leg (one side of the original hanger body). These two pieces are your push stick blanks.
Step-by-Step Push Stick Construction
Each hanger gives you two push stick blanks. The following process converts each blank into a finished push stick.
Cutting the Notch
The notch is the working end of the push stick that hooks onto the back of the workpiece. Place one blank on a workbench with the long leg pointing away from you and the short leg pointing to your left. The interior corner where the two legs meet will become the notch.
Mark a line starting about 1/2 inch from the interior corner, angled at roughly 45 degrees across the short leg. Cut along this line with a bandsaw, jigsaw, or handsaw. The resulting notch should be deep enough to accept stock up to 3/4 inch thick. Test the fit on a scrap piece of wood; the notch should engage the back edge without rocking.
Refining the Handle Shape
The original coat hanger shape is comfortable but can be improved. Round over the sharp corners of the handle area with sandpaper or a router and roundover bit. Pay special attention to the top edge where your thumb rests. A smooth, rounded handle prevents hot spots during repeated use. If you plan to make push sticks for both left and right hands, mirror the shaping on the second blank.
Adding Grip Enhancement
A push stick is only useful if it maintains positive contact with the workpiece. Without grip enhancement, the notch can ride up and lose engagement, especially on smooth or finished stock.
- Cut a small rectangle of adhesive-backed sandpaper, approximately 1/2 by 3/4 inch. Use 80- to 100-grit for the best grip.
- Peel the backing and press the sandpaper firmly into the inside face of the notch, with the grit facing inward toward where the workpiece will sit.
- Trim any overhang with a utility knife so the sandpaper sits flush with the edges of the notch.
The sandpaper grips the back edge of the workpiece and prevents the stick from slipping upward during a cut. Replace the sandpaper when it becomes loaded with sawdust or loses its abrasiveness.
Tablesaw tools and accessories such as push sticks, featherboards, and blade guards work together as a system. A well-equipped saw setup includes multiple push devices for different operations.
Using Push Sticks on Different Saws
A properly built push stick works on both tablesaws and bandsaws, but the technique varies slightly between the two machines.
Tablesaw Operation
On a tablesaw, position the push stick in your dominant hand with the notch hooked over the trailing end of the workpiece. Apply forward pressure to feed the stock through the blade while using your other hand to hold the workpiece against the fence with a push block or push shoe. Keep the push stick aligned with the fence; angling it sideways can force the workpiece away from the fence and cause a kickback.
For narrow rip cuts where the fence is set close to the blade, use a push stick in combination with a push block. The stick provides forward feed while the block maintains downward pressure and fence contact. Maintaining an extended tablesaw worksurface with infeed and outfeed supports gives you room to use push sticks comfortably without the workpiece tipping or binding.
Bandsaw Operation
Bandsaws benefit from push sticks even more than tablesaws in some respects. The continuous blade motion and the tendency of curved cuts to bind make hand placement critical. On a bandsaw, use the push stick to guide the workpiece through the cut, especially near the end where your hand would otherwise pass close to the blade.
For resawing operations on a bandsaw, a push stick helps maintain steady feed pressure through tall stock. The narrow notch of a coat hanger push stick works well here because it engages the workpiece without interfering with the blade’s path.
Safety Best Practices
Push sticks are safety tools, but they must be used correctly to be effective. Follow these guidelines every time you reach for one.
Inspect Before Each Use
Check the push stick for cracks, splinters, or worn sandpaper before starting any cut. The notch area is the most likely failure point; if the wood has split or the grain has lifted, replace the stick immediately. A broken push stick at the wrong moment can send your hand forward into the blade.
Keep Multiple Push Sticks Handy
Build several push sticks at once and store them around your shop. Keep one at the tablesaw, one at the bandsaw, and a spare in your tool belt or apron. When a push stick is within easy reach, you will use it. When you have to walk across the shop to find one, you might be tempted to skip it. Having multiple sticks eliminates that temptation.
Tablesaw safety regulations and best practices in woodworking emphasize that push sticks are not optional equipment. They are a fundamental component of safe saw operation, as important as blade guards and anti-kickback pawls.
Replace Worn Sticks Promptly
A push stick that has seen heavy use will eventually wear out. The notch widens, the sandpaper loses its bite, and the handle becomes polished smooth. When a stick no longer provides secure control of the workpiece, discard it and grab a fresh one. The materials cost is negligible; the safety benefit is immeasurable. Make replacing push sticks part of your regular shop maintenance routine.
Building push sticks from wooden coat hangers is one of those rare shop projects that costs almost nothing, takes minutes to complete, and pays dividends in safety every time you use it. The ergonomic shape that comes from repurposing the hanger’s natural curves produces a tool that is more comfortable to hold than many commercial push sticks. With sandpaper in the notch for grip and a properly shaped handle, each stick becomes a reliable partner at the saw.