%!$ Easy Diy Woodworking Bench Plans For You #!@

smoothing-plane-blade-angle-value Этот рубанок используется для работы вдоль и поперек волокон. Угол наклона лезвия 12 град. Оснащен механизмом быстрого и точного регулирования вылета лезвия, а также регулирования ширины летка. Оснащен поджимным винтом ругулируемой подошвы для предотвращения повреждения лезвия, и двумя ограничительными винтами для предотвращения его болтания. Колодка отлита из чугуна с последующей обработкой на станках. Винты выполнены из латуни, рукояти из древесины красных тропических пород. Материал лезвия - легированная инструментальная сталь А2. Ширина лезвия 50 мм, толщина мм. Длина рубанка мм. М. Professional smoothing plane. Simple and Rapid adjustment mechanism. Made from accurately machined fine grey iron castings.  this plane looked great until I removed the blade. And I might mention the blade looked like it was going to be excellent BUT after I took the blade out, the bottom of the frog fell of!! This is the second stanley I purchased in a week and they have both been sent back. Stanley use to have great quality but not latley. The Veritas low-angle smooth plane has three key uses. It is used to smooth large surfaces, preferably taking a diagonal cut, partly across and partly along the grain. Similarly, with its generous sides, it is ideal for shooting mitres. Finally, it is excellent for end-grain work. The low cutting angle of 37° minimizes fibre tearing. With a bed angle of 12°, this is a "bevel-up" plane, like a low-angle block.  To use this plane as a regular bench plane, Veritas have developed a high-angle blade. Using this blade doubles the use of the plane by enabling it to excel at smoothing varying grain woods. Click here for replacement blades.

February 16, smoothing plane blade angle value Comments. Since sharpening is such an expansive topic in and of itself, I will leave the specific how-to details for other posts.

What you need to know in the context of fine tuning, however, is that any plane, new or old, requires initial sharpening and honing. At a minimum, new plane irons need to have their un-beveled side flattened and polished to at least grit and preferably grit. You also need to put a final honing on the bevel edge itself. It smoothing plane blade angle value look sharp, but it needs to be honed, again, ideally to grit.

The goal is to get your cutting edge to as close as possible to a zero degree radius. Sharpening is too often the deal breaker that dissuades woodworkers from trying hand tools. This in unfortunate, for it requires little monetary investment to get started, is not particularly difficult to learn, and can be accomplished rather quickly with surprisingly good results.

For detailed information on the how-to of sharpening, I recommend investing in one or both of the outstanding books on the subject by Ron Hock or Leonard Lee. Chris Schwarz has also written a number of fantastic articles on planes and sharpening plane irons. But if you want to better understand the reasoning behind the geometry and some of the variations possible, read on.

The frog is screwed to the body of bench planes. First things First — Before you can determine the optimal angle at which your plan iron should be sharpened, you first need to know the angle at which it sits in the plane. Plane irons are held in place against the frog via a clamping device called the lever cap. The frog is attached to the base, or sole, of the plane and provides an immovable seat for the iron. The angle of the frog face is not adjustable, so it must be considered a constant.

Bevel Up vs. Bevel down planes have irons that are situated with the bevel angle facing down, while the irons on bevel up planes are positioned with the bevel angle facing up. Most bench planes are bevel down while most block planes are bevel up.

Specialty planes can go either way, depending on their intended purpose. Regardless of whether the plane is bevel up or bevel down, the angle of the frog face upon which the iron sits is an important determining factor in determining the desired bevel angle. Changing the bevel angle does, however, change the relief angle, or clearance smoothing plane blade angle value the iron. Bevel Down Planes — Since the irons on most bench planes are positioned bevel down, this is the most common configuration faced when sharpening.

Because the un-beveled side of the iron is positioned up i. The bevel angle is, however, less critical than it is on bevel up planes. That said, there are still a few tricks you can employ to fine tune your angle of cut, but more on that later. The standard primary bevel angle for bevel down bench planes is 25 degrees. This offers a good balance of shearing action and durability while smoothing plane blade angle value an adequate relief angle behind the cut.

Low angle bench planes, including the Stanley no. There is an advantage with bevel up irons in that the angle of the bevel can be changed smoothing plane blade angle value affect a change in the angle of cut. While there is more to consider in edge geometry than just the angle of cut i. Durability of such a thin cutting edge would be problematic with most woods.

The table below shows the three most common bench and block plane types and the proper angles at which to sharpen the irons. Secondary bevels are a very shallow bevel along the cutting edge of the primary bevel. It takes considerably less time and effort to final hone a small secondary bevel that it does the entire primary bevel.

They also make honing touch ups a snap. On a bevel down smoothing plane blade angle value, adding a secondary bevel affects no change in the angle of cut.

The only thing it changes ever so slightly is the relief angle — the angle between the back side bevel side of the iron and the work surface. It also slightly reduces the total bevel angle on the iron itself, but should not be enough to affect durability of the edge. On most planes the smoothing plane blade angle value or subtraction of a couple of smoothing plane blade angle value of bevel angle is not going to make any difference.

Back Bevels — Back bevels can be added for a couple of reasons. On a bevel down plane, unlike the secondary bevel adding a back bevel will affect the angle of cut. This is something you can use to your advantage. And again, increasing this angle of attack is actually advantageous when planning wood with difficult grain.

Again, a couple of degrees difference should not adversely effect the durability of the edge. However, with a little experimentation, you may find that making some adjustments to the geometry helps overcome challenges presented by both difficult wood and less than perfect plane irons.

Wish I read this article two weeks ago, it would have saved me a lot of frustration, turns out, that I was sharpening then putting the bevel up on the bench plane …just flipped the iron, great results.

I am a beginner, and those things are not given…thanks anyway. Like Liked by 1 person. Like Like. Still using the original blade circa in my Stanley bench plane.

Modern alloys, such as O1 and A2 are superior for edge retention, and the better made blades from Hock, Lie-Nielson, and Veritas are thicker and ground to a much higher degree of precision than your s Stanley, making them much easier to properly sharpen.

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Posts Comments. Get a Handi Grip on this Stanley no. Bevel Down Bench Plane. Bevel Up Block Plane. Like this: Like Loading August 8, at am. I am a beginner, and those things are not given…thanks anyway Like Liked by 1 person.

Bryant Rice says:. August 8, at pm. Glad to be of help! Thanks for reading! Paul says:. July 22, at am. Iain says:. July 24, smoothing plane blade angle value am. Timothy Stammers says:. May 21, at pm. Thanks very much.

Very clear, very useful. And now I know why a secondary bevel is useful. October 13, at pm. What angle do you sharpen Stanly no 45 hand smoothing plane blade angle value Like Like. Bryant says:. October 14, at am. Leave a Reply Cancel reply Enter your comment here Fill in your details below or click an icon to log in:. Email Address never made public. Virginia Toolworks Facebook Page.

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Jul 18,  · Blade #1. degree bevel with a degree microbevel. With the bed angle of 12 degrees, this gives us an effective working angle of 42 degrees, which is very close to a standard bevel-down plane (45 degrees). I Smoothing Plane Blade Angle Update use this blade for general planing of easy-to-plane woods as well as end grain. Blade #2. degree bevel with a degree microbevel. The low cutting angle of 37° minimizes fiber tearing. With a bed angle of 12°, this is a bevel-up plane, like a low-angle block. It features an adjustable mouth with a unique stop-screw, a combined feed and lateral adjustment knob for blade setting, and a generous bubinga front knob and rear handle. The ductile cast iron body is 10" X /2".Estimated Reading Time: 4 mins. Note: The 30° angle will result in a 5° ‘microbevel’ or secondary bevel. This secondary bevel concentrates all of your sharpening energy on the very edge of the blade – this is the only part of the blade that needs honing, because it is the only part of the blade that does the work. File Size: 95KB.

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