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Thin Rip Jig for Table Saw: Cut Safe, Identical Thin Strips Every Time

Why cutting thin strips against the fence is risky, how a thin rip jig fixes it, step-by-step setup, DIY plans and the best jigs to buy.

Stacks of thin wooden strips cut to the same thickness
📏 Thin rip jig for table saw · Updated October 2026

The short answer: a thin rip jig lets you cut thin, identical strips safely by putting the strip on the outside of the blade, away from the fence. You set the strip thickness once against the jig’s bearing, then simply slide the fence over for each new strip. No measuring, no strips trapped between the blade and fence.

This guide explains how thin rip jigs work, how to set one up step by step, which models are worth buying, and how to cut thin strips without putting your fingers anywhere near the blade.

  • ✅ Why cutting thin strips against the fence is risky
  • ✅ Step-by-step setup for perfect, repeatable strips
  • ✅ Commercial jigs compared, plus a simple DIY version

Thin strips are everywhere in woodworking: edge banding for plywood shelves, inlay lines for boxes, laminations for curved parts, cock beading for drawers, and shims for everything else. They are easy to imagine and surprisingly awkward to cut.

The usual way to rip a board, with the fence on the right and the strip between the blade and fence, works badly for thin strips. The strip is trapped in a tight space, your push stick barely fits, and the thin piece can flutter, bind and shoot backward. A thin rip jig solves all of that with one simple change: it moves the strip to the other side of the blade. In this guide, you will learn how that works, how to use a jig accurately, and which jigs make the job easiest.

Close-up of evenly spaced wooden slats
The goal: strips of the same thickness, every time, cut safely. Photo: kerr / Unsplash
Best overallRockler Thin Rip Jig

Hairline cursor, dual scales.

See details ↓

Best premiumWoodpeckers ThinRip Guide

Solid aluminum, made in USA.

See details ↓

Best budgetGOINGMAKE Thin Rip Jig

One-way roller, mm + inch scales.

See details ↓

In this article
  1. The Problem With Cutting Thin Strips
  2. How a Thin Rip Jig Works
  3. Thin-Strip Methods Compared
  4. Step-by-Step: Setting Up and Using a Thin Rip Jig
  5. What You Can Make With Thin Strips
  6. Safety Tips for Thin Rips
  7. What to Look For in a Thin Rip Jig
  8. Build a Simple DIY Thin Rip Jig
  9. Thin Rip Jig vs Band Saw: Which Should You Use?
  10. Thin Rip Jigs Worth Buying
  11. Common Mistakes (and How to Fix Them)
  12. Pro Tips
  13. Real-Life Examples
  14. Frequently Asked Questions
  15. Your Thin Rip Checklist

The Problem With Cutting Thin Strips

Picture ripping a ⅛-inch strip the normal way. You set the fence ⅛ inch from the blade and push the board through. The strip you want comes out between the blade and the fence, in a gap barely wider than a pencil line.

Here is why that is a problem:

  • No room for your push stick. Most push sticks are too wide to fit in that narrow gap, so hands drift closer to the blade.
  • The strip can get trapped. A thin strip caught between the spinning blade and the fixed fence can bind and kick back violently.
  • Inconsistent thickness. Thin wood flexes, so strips often come out uneven.
  • Constant measuring. Each strip means resetting and measuring the fence from the blade.
The trapped-strip danger

A thin strip trapped between the blade and fence is a classic kickback setup. It can be flung back at high speed. A thin rip jig avoids this by keeping the strip on the open side of the blade.

For a deeper look at why kickback happens, read our table saw kickback guide.

How a Thin Rip Jig Works

A thin rip jig is a small guide that locks into the miter slot on the opposite side of the blade from your fence, usually the left slot on a saw with a right-hand fence. It sits a few inches in front of the blade and has a bearing or roller on its edge.

Instead of setting the fence to the strip thickness, you set the jig so its bearing is exactly one strip-thickness away from the blade’s teeth. Then you push your board against the bearing and slide the fence over until it touches the other side of the board. Lock the fence and cut. The strip falls off on the left side of the blade, where nothing can trap it.

For the next strip, you unlock the fence, slide the board back against the bearing, move the fence to meet it and cut again. Every strip comes out the same thickness without measuring.

💡 Key insight: a thin rip jig flips the usual setup. The offcut becomes your strip, and the bigger board stays safely between the blade and fence, where your push stick fits easily.

Thin-Strip Methods Compared

There are a few ways to cut thin strips. Here is how they compare.

Method Safety Accuracy Speed Notes
Strip between blade and fence Poor Fair Slow (re-measure each time) Strip can be trapped; not recommended for very thin strips
Thin rip jig in miter slot Good Excellent, repeatable Fast Strip falls free on the open side
Band saw, then plane or sand Good Good after cleanup Moderate Great for resawing thicker stock into strips
Shop-made stop block on a sled Good Good Moderate Works, but less convenient than a dedicated jig

Step-by-Step: Setting Up and Using a Thin Rip Jig

The exact controls vary by jig, so check the instructions for yours. This is the general process with the saw unplugged during setup.

Hands measuring a pine board with a steel rule on a workbench
Measure the first strip, then let the jig repeat that thickness on every cut. Photo: Ryno Marais / Unsplash
  1. Unplug the saw and install a zero-clearance insert so thin strips cannot drop into the throat. See our guide to zero-clearance inserts.
  2. Lock the jig in the miter slot on the open side of the blade, a few inches in front of the blade’s front teeth.
  3. Zero the jig to the blade. Many jigs have a cursor or scale you set against a tooth that points toward the jig.
  4. Set your strip thickness using the jig’s scale, or set the bearing that distance from the blade with a gauge block, then lock it.
  5. Place your board against the jig’s bearing, on the fence side of the blade.
  6. Slide the fence over until it touches the board, then lock the fence.
  7. Remove the board slightly forward of the blade, plug in, and make the cut using a push stick or push block on the main board.
  8. Repeat: unlock the fence, push the board back against the bearing, move the fence to meet it, lock and cut again.
Quick tip

Make one test strip and measure it with calipers. If it is off, adjust the jig slightly. Once it is right, every following strip will match.

The jig must be in front of the blade

The bearing only sets the board’s position before the cut. Keep it in front of the blade, never beside it, so it cannot pinch the board against the blade during the cut.

What You Can Make With Thin Strips

Once you can cut perfect thin strips quickly, a lot of projects open up. Here are some common uses and typical strip sizes.

Thin sheets of wood bent into a curved lamination
Glue thin strips together around a form and you get strong, curved parts. Photo: Tim Meyer / Unsplash
Project Typical strip thickness Why a jig helps
Edge banding for plywood About ⅛”–¼” Consistent thickness for neat, flush edges
Inlay and stringing About 1/16″–⅛” Very thin, matching pieces
Bent laminations Thin enough to bend to your curve Many identical strips glued into a curve
Cock beading on drawers About ⅛”–3/16″ Uniform beading on every drawer
Shims and spacers Any small thickness Quick, repeatable batches
Splines for miter joints Match your spline slot Strips that fit the slot exactly

For bent laminations, the right thickness depends on the tightness of the curve and the wood species. Test a strip by bending it around your form before cutting a full batch. Making splines? See our spline jig guide.

Safety Tips for Thin Rips

A thin rip jig makes thin strips much safer, but good habits still matter.

  • Keep the riving knife or splitter on for these through-cuts.
  • Use a push stick or push block on the main board between the blade and fence. A good push block keeps it flat and tight to the fence.
  • Use a zero-clearance insert so thin strips do not fall into the blade opening.
  • Feed at a steady pace and do not stop halfway.
  • Stand to the side of the blade, out of line with the board.
  • Let the strip fall away. Do not reach for it until the blade has stopped.
  • Stop when the board gets too narrow to push safely between blade and fence. Use the remainder for something else.

What to Look For in a Thin Rip Jig

  1. Secure miter-slot lock. An expanding miter bar that locks firmly in standard ¾” × ⅜” slots keeps settings accurate.
  2. Clear scale and zero cursor. A hairline or laser-engraved scale makes setting thickness quick and repeatable.
  3. Smooth bearing or roller. Bearings let the board slide easily into position without dragging.
  4. Solid build. Aluminum or steel bodies resist flexing better than thin plastic.
  5. Fits your saw. Check whether your saw’s miter slots are T-slots or standard slots, and whether the jig supports them.

Build a Simple DIY Thin Rip Jig

If you prefer to make your own, a basic thin rip jig is a nice weekend project.

  1. Make a miter bar from hardwood or UHMW plastic that fits your miter slot snugly.
  2. Attach a short wooden block across the bar, with a slot cut into it so the block can slide sideways.
  3. Mount a small bearing (a skateboard bearing works well) on the end of the block nearest the blade.
  4. Add a knob and bolt through the slot so you can lock the block at any position.
  5. Set the bearing a strip-thickness away from the blade, test, and adjust.

A DIY jig works well but takes time to build and tune. A commercial jig is quicker to set up and usually includes a scale, which makes changing thicknesses easier.

Thin Rip Jig vs Band Saw: Which Should You Use?

If you own a band saw, you might wonder whether you need a thin rip jig at all. Both can make thin strips, but they suit different jobs.

Choose the table saw and a thin rip jig when you need many identical strips with clean, square edges straight off the saw. Edge banding, cock beading and splines are good examples. The table saw’s cut is usually smoother, so strips often need little or no sanding.

Choose the band saw when you are resawing a thick board into thin slices, cutting strips wider than your table saw blade can handle in one pass, or working with very valuable wood where a thinner kerf saves material. Band saw strips are rougher, so plan to plane or sand them to final thickness.

Many woodworkers use both: the band saw to slice thick stock into rough boards, then the table saw and thin rip jig to cut those boards into perfectly uniform strips. If you are weighing up the two machines, our guide to table saws vs band saws explains their strengths in more detail.

Good to know

Some thin rip jigs, including the GOINGMAKE model below, also work on band saws and router tables, so one jig can serve several machines.

Thin Rip Jigs Worth Buying

These jigs are popular with woodworkers for fast, repeatable thin strips. Specifications come from the manufacturer listings on Amazon. Check that each jig fits your saw’s miter slot type.

Jig Body Scale Standout feature Best for
Rockler Thin Rip Jig Metal with ball bearings Inch & metric (1/16″ / 1 mm) Hairline zero cursor, expanding miter bar Most woodworkers
Woodpeckers ThinRip Guide Solid aluminum Inch & metric, laser engraved Dual bearings, made in USA Precision work
GOINGMAKE Thin Rip Jig Metal Inch & mm One-way roller bearing, extends to 8″ Budget buyers
🏆 Best overall

Rockler Thin Rip Table Saw Jig, Fits Standard 3/4″ × 3/8″ Miter Slots

Rockler’s thin rip jig directs strips to the left side of the blade to prevent binding between the blade and fence. A hairline cursor zeroes to the blade teeth, and easy-to-read imperial and metric scales let you set widths down to 1/16 inch or 1 mm. An expanding miter bar locks it firmly, and smooth ball bearings guide the board.

  • Directs strips to the open side of the blade
  • Hairline cursor zeroes to the blade teeth
  • Dual inch and metric scales (1/16″ or 1 mm)
  • Expanding miter bar and oversized star knobs

Best for: most woodworkers who want quick, accurate, repeatable strips.

Slot fit
¾” × ⅜” standard
Scales
Inch & metric
Resolution
1/16″ or 1 mm
Guide
Ball bearings
Lock
Expanding miter bar
Model
70948
🛒 Buy from Amazon (opens Amazon in a new tab)

Check Amazon for today’s price and stock.

💎 Best premium

Woodpeckers ThinRip Guide (TRG), Inch & Metric Scales, USA Made

The Woodpeckers ThinRip Guide works as a precise stop ahead of the blade. Its dual bearing system provides smooth, low-friction guidance, and the laser-engraved scale makes setting thickness quick. Woodpeckers says it fits any table saw with a ⅜” × ¾” T-slot miter slot and can cut strips as fine as 1/32″ where the material allows. It is machined from solid aluminum in Ohio.

  • Dual bearings for smooth, low-friction guidance
  • Laser-engraved inch and metric scales
  • Strips as fine as 1/32″ (material permitting)
  • Solid aluminum, made in Strongsville, Ohio

Best for: woodworkers doing inlay, laminations and precision strip work.

Slot fit
⅜” × ¾” T-slot
Body
Solid aluminum
Min strip
1/32″ (material permitting)
Scales
Inch & metric
Listed weight
3.72 lb
Model
TRG
🛒 Buy from Amazon (opens Amazon in a new tab)

An Indexable ThinRip version with a 1/32″ incremental rack is also listed. Check Amazon for today’s price.

💰 Best budget

GOINGMAKE Thin Rip Jig for Table Saws, Band Saws and Router Tables (GM8)

This affordable metal jig slides into a ⅜” × ¾” T-track or U-shaped miter slot (and also fits 1/4″ × 3/8″ T-slots) and locks ahead of the blade. A one-way roller bearing lets the workpiece move forward but not back. It has inch and millimeter laser scales and extends from about 2⅝ to 8 inches from the slot.

  • One-way roller bearing resists backward movement
  • Inch and mm laser-engraved scales
  • Extends from about 2⅝” to 8″
  • Also works on band saws and router tables

Best for: hobbyists who want a working thin rip jig at a low price.

Slot fit
⅜” × ¾” T or U slot
Range
2⅝”–8″
Bearing
One-way roller
Scales
Inch & mm
Listed weight
490 g
Model
GM8
🛒 Buy from Amazon (opens Amazon in a new tab)

Check Amazon for today’s price and stock.

Common Mistakes (and How to Fix Them)

❌ Placing the jig beside the blade

A bearing next to the blade can pinch the board against it.

✅ Fix: lock the jig in front of the blade’s leading teeth.

❌ Forgetting the zero-clearance insert

Thin strips can fall into a wide throat opening and jam.

✅ Fix: always use a zero-clearance insert for thin rips.

❌ Not re-zeroing after a blade change

Different blades have different kerfs, which changes strip thickness.

✅ Fix: zero the jig to the blade every time you change blades.

❌ Cutting the board too narrow

A very narrow main board is hard to push safely.

✅ Fix: stop when the board gets narrow, and start with a fresh, wider piece.

❌ Skipping the test strip

A small setup error repeats across every strip.

✅ Fix: cut and measure one test strip before running a batch.

❌ Removing the riving knife

Thin rips are still through-cuts that can pinch.

✅ Fix: keep the riving knife or splitter on. See our table saw splitter guide.

Pro Tips

  • 💡 Joint one edge straight first. A straight edge against the jig bearing gives uniform strips.
  • 💡 Use a fine-cut blade for strips that will show, such as inlay or edge banding.
  • 💡 Keep strips in order if grain matching matters, for example on laminations or banding.
  • 💡 Cut extra strips. A few spares save time if one breaks or has a flaw.
  • 💡 Wax the table and fence so the board slides smoothly into position. See our guide to paste wax for table saws.
  • 💡 Calibrate with calipers. A cheap digital caliper makes dialing in thickness fast and exact.

Real-Life Examples

These scenarios reflect experiences woodworkers commonly share online. They are illustrative, not specific people.

📚 The plywood bookshelf edges

Someone building plywood bookshelves needs dozens of matching edge-banding strips. Cutting them between the blade and fence is slow and nerve-racking. With a thin rip jig, they set the thickness once and run every strip in minutes, all identical. The lesson: repeatability saves time and stress.

🌀 The curved chair back

A woodworker making a bent-lamination chair back needs many thin strips that bend to a curve. A test strip shows the first thickness is too stiff, so they reduce it slightly on the jig. The final glue-up bends smoothly. The lesson: test the bend before cutting the batch.

⚠️ The near miss

A beginner tries to cut a 1/8-inch strip between the blade and fence. The strip flutters, binds and shoots back, missing them. They switch to a thin rip jig and never cut thin strips the old way again. The lesson: keep thin strips off the fence side.

Frequently Asked Questions

What is a thin rip jig used for?

It lets you cut thin, identical strips safely by setting the strip thickness against a bearing on the open side of the blade, so the strip falls away from the fence instead of being trapped.

Which miter slot does a thin rip jig go in?

Usually the slot on the opposite side of the blade from your fence. On a saw with a right-hand fence, that is the left slot.

How thin can I cut strips with a thin rip jig?

Many jigs can set very thin strips, with some makers quoting 1/32 inch where the material allows. In practice, the wood species and blade determine how thin you can go cleanly.

Do I still need a push stick with a thin rip jig?

Yes. Use a push stick or push block on the main board between the blade and fence. The jig protects you from trapped strips, but your hands still need to stay clear of the blade.

Can I make my own thin rip jig?

Yes. A miter bar, an adjustable block and a small bearing make a working jig. Commercial jigs add scales and precise adjustment, which makes setup faster.

Does a thin rip jig work with a jobsite table saw?

Often, yes, if the saw’s miter slots match the jig. Check whether your saw uses standard or T-slot miter slots before buying.

Your Thin Rip Checklist

  • A zero-clearance insert is installed
  • The jig is locked in the slot opposite the fence, in front of the blade
  • The jig is zeroed to the current blade
  • The strip thickness is set and checked with a test strip
  • The board’s edge against the bearing is straight
  • The riving knife or splitter is on
  • A push stick or push block is in hand
  • I stand to the side, and let strips fall away until the blade stops

A thin rip jig is one of those small accessories that changes how you work. It makes thin strips faster, more accurate and far safer, and it opens the door to edge banding, inlay and laminations you might have avoided before. Set it up carefully, test once, and enjoy perfectly matched strips every time. For more jigs that expand what your saw can do, see our guide to table saw jigs for cutting angles.

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