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spiral-bits-for-router-analysis 10 Best Spiral Router Bits of March M consumers helped this year. Top Picks Related Reviews Newsletter. 1. SpeTool Spiral Router Bits with UpCut 1/4 inch Cutting Diameter, 1/4 inch Shank 3 inch Extra Long HRC55 Solid Carbide CNC End Mill for Wood Cut, Carving. SpeTool Spiral Router Bits with UpCut 1/4 inch Cutting Diameter, 1/4 inch Shank 3 inch Extra Long HRC55 Solid Carbide CNC End Mill for Wood Cut, Carving. SpeTool. Close. Spiral router bits have numerous uses in your woodworking projects. Master woodworker George Vondriska shows the two types of spiral router bits and the advantages of each over traditional straight bits. A WoodWorkers Guild of America (WWGOA) original video. Discussion.  8 Responses to “Spiral Router Bits”. Hanu September 13th, George, this is (only half) funny – idk if u r aware that this video u posted is incomplete. Get the best deal for Spiral Router Bits from the largest online selection at www.- | Browse our daily deals for even more savings! | Free shipping on many items!  Whiteside RU Up Cut Spiral Router Bit for Woodworking - 1/2"SH, 1/2"CD, C $ Was: C $ Carbide-tipped straight bits usually have enough carbide thickness to be reground four or five times, analusis the tech- nology to do so is common. You might also want to look at compression bits, which have both upward and downward spirals. Chuck a straight bit into spiral bits for router analysis drill press and plunge it into a piece of wood. The up-cut spiral bit can have the opposite effect. Woodcraft Magazine. But my cabinet is mostly full of a wide variety of straight bits.

With their drill-like point, spiral bits are also better for plunge-cutting. The new solid-carbide spiral bits come with some disadvantages. The first is that the cutters are expensive. But because most spiral bits are ground on the tip end of the flute, somewhat like a drill, you can plunge straight down as far as you like, without stopping. On most straight bits there is a space above the web, between the cutters, where no cutting takes place during a straight plunge because there is no cutter overlap.

Chuck a straight bit into your drill press and plunge it into a piece of wood. To go any farther, the bit has to abrade the wood away in this middle area. You just have to sweep the router while you are plunging.

Solid-carbide spiral bits are becoming increasingly popular because they make a very clean cut. But they have many limitations compared to the straight bits that have been popular for years.

All spiral bits make clean cuts. This veneered plywood shows the effects of the three types of spiral bits on the top and bottom edges. The three basic cutter configurations for spiral bits are up-cut, down-cut, and a combination of the two, known as a compression bit. A down-cut bit sends the chips downward; an up-cut bit sends them up to ward the shank.

On a router table, all direc-tions are reversed. Besides directing the chips, the advantages of these configurations are best illustrated by the quality of cut, especially on veneered plywood see the photos above. A down-cut bit will leave a clean edge on top but a ragged edge on the bottom; an up-cut bit will accomplish the opposite. This is great until you want to cut a dado with no tearout on the face.

A down-cut bit will leave a clean top edge, but it sends the chips downward, into the dado where they have no place to go.

You can make this cut, but you have to take it slower than usual to give the chips a chance to clear.

For woodworkers who work with A-grade veneers on both sides of the stock and must have a clean edge top, bottom, and middle, the compression bit is a good choice. It has an up-cut configuration on the tip of the bit and a down-cut spiral ground on the shank.

By lining up the bit just right, you can get a superior edge across the entire thickness of the wood. Router-bit manufacturers have difficulty making solid-carbide spiral bits with cutting diameters larger than their shanks. Straight bits, on the other hand, go through dozens of fractional sizes, all the way up to 2-in.

Depending on the job you have in mind for your router bit, straight bits also come in a variety of cutter lengths. So you can buy close to exactly the length of cutter you need. Straight bits also have a huge advantage over spiral bits when it comes to template routing, because you can buy them with guide bearings.

And those bearings can be mounted on the tip of the cutter or on the shank of the cutter, depending on your needs and your template. The bearings are made for a variety of cutter diameters and lengths.

With their superior edge cut, spirals make great template cutters when used with collar guides. But when it comes to bearing-guided bits, spirals seem to be available only with bearings mounted on the end of the bit. Shank-shod, bearing-guided, solid-carbide bits spiral bits with the bearings on the shaft end of the bit , which would permit template routing with the template on top of the work and trim cutting through only part of the work face, are not available.

Some woodworkers like to sharpen their straight bits, although I find it difficult to get it right and always send out my bits for sharpening. Carbide-tipped straight bits usually have enough carbide thickness to be reground four or five times, and the tech- nology to do so is common. A few services claim to be able to sharpen spiral bits. To me, this translates into a substantial loss. Spiral bits might stay sharp longer than straight bits, but even so, the cost of using spiral bits will always be higher.

Spiral bits work incredibly well in the production environment and especially in CNC computer numerically controlled router industrial applications. But in a hand router, their use sometimes imposes unusual risks not associated with the equivalent or bigger straight bits. The down-cut spiral bit's screw-driven forces are sufficient enough to pick the router up and twist it out of your hands—with no warning.

I know, because it has happened to me. On end grain the spiral bit is getting even more traction, so the risk is even greater—a pity, too, because a sweet end-grain finish is attractive. The up-cut spiral bit can have the opposite effect. It wants to pick up the work. So you must secure the work in some kind of fixture or hold it by a clamp.

Although Festool strives for accuracy in the website material, the website may contain inaccuracies. Festool makes no representations about the accuracy, reliability, completeness or timeliness of the material on this website or about the results to be obtained from using the website. Festool and its affiliates cannot be responsible for improper postings or your reliance on the website's material.

Your use of any material contained on this website is entirely at your own risk. The content contained on this site is provided for informational purposes only and does not constitute professional advice. You likely want an upcut bit. It will pull the chips up towards the router, which gives you better control in both handheld and table routing situations.

Birdhunter Posts: Woodworker, Sportsman, Retired. I agree with the above unless I am routing plywood. The upcut bits can lift the top layer up Roseland Posts: I only ever use upcut or straight. Upcut clear the dust out of a cut quicker, so I prefer them when routing solid wood.

But like the other post says, they can delaminate ply, so then I use straight cutters or go very gently. Dick Mahany Posts: This video does a nice job of explaining the benefits of different spiral bits. RKA Posts: It depends on what you're doing. The case for downcuts is to preserve the integrity of the face when dealing with material prone to tear out or chip out.

Also, when using a bearing guided bit and template on the router table I'll use a downcut with the bearing on the bottom of the bit which is probably the most frequent application I find for these bits. The template serves as a support to eliminate tearout on that side of the work piece. ElectricFeet Posts: So while for freehand an upcut will send dust upwards towards your dust collection, it will send the dust under the table when mounted on a table.

You might also want to look at compression bits, which have both upward and downward spirals. You have to be careful about getting the heights right so that both spirals can engage on the edges. In theory I have no experience on this both edges come out clean. I watched them all the other day — very useful before buying.

Cheese Posts: Here's an example of a dado in maple ply using a Whiteside downcut spiral bit. This dado was made in a single pass.

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