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Rabu, 20 April 2016

Popular Woodworking plan in pdf

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Senin, 18 April 2016

How to get started in woodworking

Mojo: how to get it, how to keep it, how to get it back if, Mojo: how to get it, how to keep it, how to get it back if you lose it [marshall goldsmith] on amazon.com. *free* shipping on qualifying offers. mojo is the moment. How to start your own bank - the huffington post, Inspired by the move your money campaign, the huffington post is investigating different options to make banking more local and personal. for enterprising. How to make firebricks (logs) and wood stove logs for free, This is pretty cool! another option if you don’t have that fancy custom drill thingy is to get an old blender and blend some of the pulp up a little at a.

Can I Do That

Can I Do That

Posted by Vaughan Ling at 12:36 AM 3 comments:

Posted by Vaughan Ling at 12:36 AM 3 comments:

Workbench Plans

Workbench Plans

grateful to them for sharing their information with us for this book.]

Grateful to them for sharing their information with us for this book.]

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Minggu, 17 April 2016

WHAT TO LOOK FOR IN A JOINTER

           While the jointer can be used as a planer for small pieces of lumber, the principal function of  this woodworking machine is to put a straight, smooth, level edge or edges on a board in preparation for edge-to-edge glue-up. Rabbeting can be accomplished on some jointers but I prefer to use the table saw for this task. Chamfering, or making angled cuts, can be performed by tilting the fence.

          Accurate jointing or chamfering this requires that the cutter head blades be adjusted precisely with reference to the out feed table. The edge of each cutter head blade must exactly at the level of the out feed table: not above or below it. In most cases, sharpening the cutter blades requires that they be removed completely from the cutter head and then replaced and adjusted after sharpening. This is why I recommend the use of solid carbide as opposed to high speed steel blades: Carbide blades last a lot longer and that means less time and effort has to go into removing, replacing and adjusting blades. Buy two sets. That way, you can continue to use your jointer while the dull set is out for sharpening and you will always have a sharp set waiting.

          Always unplug your jointer from electrical current before attempting any blade adjustments. In my jointer, an 8” Rockwell/Delta classic, the blades are removed and replaced by using a flat wrench that came with the jointer. This wrench is used to loosen and tighten the hex head machine screws that press against the blades and hold them in place in the cutter head. It is very easy to round over the hex heads, so I am very careful not to do so. I purchased a gadget that helps me align the blades with reference to the out feed table. It magnetically attaches itself to the surface of the out feed table and magnetically attracts the blades upwards and holds them in position while I tighten the hex bolts. Each blade (there are 3 in my machine) must be in the extreme vertical position before it can be individually correctly adjusted and tightened. When all 3 blades have been set properly, they should just touch, but not lift, a flat piece of wood laid on the out feed table, extending over the cutter head. They must do this across their entire length of each blade.
 

          In a tool review at http://www.perfectwoodworking.com, I take a look at several jointers of different sizes from different manufacturers which may help you select a new jointer thats just right for you and your shop. This post was excerpted from the beginning of that series of reviews.


          Jointer size is most commonly determined by the full width of the blades (knives). A 6” jointer makes a maximum 6”-wide cut. An 8” jointer makes a maximum 8” cut and so on. It would be rare to use the entire width of even a 6” knife set at once, so the real advantage of wide knives is that you can move the fence to use a shaper place on the knife when the knife becomes dull. The wider your blades, the more use you will get out of them before it is time to re-sharpen. I usually start with a sharp blade and the fence all the way to the right end of the cutter head and move the fence, in increments, a bit wider than the maximum board thicknesses, to the left until the blades are all used up.
 

          Sometimes, with curly or wavy grain structure, you will experience tear-out from the lumber edge even with sharp knives. Sometimes you can turn the board around and run it through again backwards with very shallow cuts until the edge is fully jointed and the tear-out is gone. At other times, you may have to settle for a sawn joint made on the table saw. Usually you can make fairly good glue joints this way, if you have to, but a jointed edge is always my first choice.


          The depth of cut is determined by the height of the in feed table with reference to the out feed table. The lower the in feed table, the more wood is removed with each pass over the jointer. It is not a good idea to take off too much wood with a single pass. The chances of tear-out increase with the depth of cut and you may end up removing more precious wood than you really needed to, to get your perfect joint.


    In the jointer reviews at http://www.perfectwoodworking.com/jointerreviews, I work from the smallest up to the largest and the least expensive up to the most expensive. Those reviews include the Delta 6" Variable Speed Bench Jointer, the Jet  JJ-6CS 6" Closed Stand Jointer, the Jet JJ-8CS 8" Closed Stand Jointer, the Powermatic 8" Parallelogram Jointer, the Laguna Tools 12" Industrial Jointer and the Powermatic 16" Parallelogram Jointer.




Bob Gillespie
Woodworker
For Similar Articles and Tool Reviews see:
http://www.perfectwoodworking.com


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Kamis, 14 April 2016

Picnic table with built in cooler plans

How to build a picnic table with built-in cooler at the, What can make a diy picnic table even more delightful? a built-in tabletop cooler bin with a replaceable cover. the plans here are for a 6-foot-long table.. How to build a picnic table with built-in cooler - the, Find more information and the materials needed for this diy project here: http://thd.co/1ow0xhv. this step-by-step tutorial will walk you through how to. Patio table with built-in beer/wine coolers, Special thanks. if you appreciate the free content of this site, please thank our sponsors..

Outdoor Table with Cooler

Outdoor Table with Cooler

Outdoor Table with Cooler

Outdoor Table with Cooler

Completed picnic table drink trough full of drinks.

Completed picnic table drink trough full of drinks.

Picnic Table Bench Plans

Picnic Table Bench Plans

Ana white | build a build a bigger kids picnic table, This table is a little taller than the toddler picnic table and made a little tougher – out of 2x boards instead of 1x boards. its super easy and fun to make.. Picnic table - instructables - diy how to make instructions, This instructable is for a large diy wooden picnic table which is easy to step in. the picnic table in the construction pictures is one without the c. How to build a strong picnic table - free plans - 084, Click here to go to the article with everything you need to build a picnic table: http://jayscustomcreations.com/2013/0 spring is among us and what.

Picnic table plans | ebay - electronics, cars, fashion, You can build your own patio bench that folds into a picnic table with woodworking project plans from sandmann specialties drafting design. these plans are for a. Picnic table plans | ebay - electronics, cars, fashion, Find great deals on ebay for picnic table plans woodworking plan. shop with confidence.. Free picnic table plans - how to build a wood picnic table, Build the picnic table shown on the right with just a few tools using scraps laying around your shop! click on image for larger view. Ana white | build a build a bigger kids picnic table, This table is a little taller than the toddler picnic table and made a little tougher – out of 2x boards instead of 1x boards. its super easy and fun to make.. Picnic table - instructables - diy how to make instructions, This instructable is for a large diy wooden picnic table which is easy to step in. the picnic table in the construction pictures is one without the c. How to build a strong picnic table - free plans - 084, Click here to go to the article with everything you need to build a picnic table: http://jayscustomcreations.com/2013/0 spring is among us and what.
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Minggu, 10 April 2016

Jim Christiansen In his Own Words

      Offering to Narra by Jim Christiansen

Like many others who have become serious woodturners later in life, I had my first exposure to the lathe in high school shop class. I completed two projects, a walnut bowl turned with very dull scrapers and a gate leg table that was mostly shaped with sandpaper. While these projects were challenging at the time and turned without any finesse or skill. The most important thing I learned was an appreciation and love for wood.

My life has been quite varied. After military service I moved from being a teacher to a professor to consultant to school administrator. There was always lots to do to keep my type-A tendencies at bay. It seems, however, that I have always spent a lot of energy in a search for meaning and purpose. My thoughts frequently focused on the how and why of design. I developed a deep admiration for those who created objects of beauty. Without realizing it, I was setting the stage to make another big change in my life.

On a whim, I purchased and restored an old Oliver lathe. At over 800 pounds and running on a leather belt, this lathe turned out to be a very competent machine for a beginning woodturner. I began where I had left off thirty years before—dull tools and literally sanding the work into submission. Then a fortunate event took place; I attended a Utah Turning Symposium. There I was exposed to the work of turners such as John Jordan, Michael Hosaluk and Hans Weissflog. I remember having a very intense emotional reaction to the beauty of the creations I was seeing for the very first time. I recall a level of excitement and wonder that I could not explain. I knew from that day that I wanted to create work of that caliber.

A chance meeting with another person who shared my fascination and interest in woodturning led me to discover the value of collaboration and sharing. Later I met others who were seeking to learn new skills. This led to an acceleration of my learning and to the opportunity to develop deep and satisfying friendships. I learned that the turning community has strong traditions based on sharing and friendship. There is a very obvious network that has led to the rapid evolution of woodturning as an art form.

          Hollow Vessel with Carved Figures by Jim Christiansen

My personal work has largely reflected my deeper feelings about the mysteries of life. I am constantly experimenting with new ideas only to move on to something else when the spirit moves me. I have been fortunate enough to have my work included in many national and some international exhibitions. It has been featured in several books as well as in a number of periodicals. I have published articles on critique and design, and I have had the opportunity to travel widely teaching others about critique and design. I have also curated two major woodturning exhibitions with Gerrit Van Ness. I spend a lot of time sharing my studio with anyone who expresses an interest in becoming a wood artist.

Woodturning is a very large movement. I feel I am fortunate to be a part of it all. I am pleased to have a continued association with a large number of very dedicated wood artists. They will help us shape the future and provide excitement and meaning to the lives of many men and women who will follow. We are limited only by our imagination.

More work by wood turner and sculptor Jim Christiansen can be seen in his gallery
http://www.finewoodartists.com/gallery/christiansen/jim_christiansen.htm
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Kamis, 07 April 2016

Do You Need a Router Table or a Shaper in Your Workshop

          Depending on how you look at it, there’s either no difference between a shaper and a router table or a theres great deal of difference. They are the same in that they both work by projecting a cutter or bit up through a hole in the table. The work piece is then run along a fence and through the cutter, producing a profile on the work piece matching that of the cutter.


          In, many other ways, however, they are quite different. The first question you might want to consider is: “Considering the type of woodworking I do (or I am likely to do) in the future, do I need a shaper or will a simple router table do the trick?” What will determine the answer to the question is the size of the profiles you want to create. You do not need to own both a shaper and a router table since many shapers can also spin router bits. However, you cannot spin shaper cutters on a router.


          If you are used to working with routers and router tables, one of the first things you will notice the first time you turn on a shaper is how much quieter it is. The high-pitched whine of the router has been replaced by the quieter whirr that is characteristic of the shaper. The reason for this is two-fold: First, most shapers turn at slower RPMs (7000, to 10,000) than routers which scream along at 20 to 25 thousand RPM. And yet, when you consider the tip speed of the larger shaper cutter as opposed to the router bit, there may not be that much difference in speed at the actual point of cutting. Second, routers are direct drive while shapers use the quieter belt-drive system of rotation.


          Because shaper cutters are so much larger than router bits, they are attached to the shaper differently than router bits are attached to a router. Shapers use heavy metal spindles that are firmly attached into the shaper at the bottom of the spindle. Spindles usually come in 4 sizes: 1/2", 3/4", 1”, and 1 1/4" diameters. Some machines only include one spindle but others supply two or more. There are two types of spindles: “solid” and “interchangeable.” An interchangeable spindle has a hole in the top end which allows you to mount smaller diameter spindles and even router bit collets. An interchangeable spindle can also hold shaper cutters.


          Solid spindles are used only for shaper cutters. Cutters, spacers, rub collars and/or ball bearings are dropped onto the spindle shaft from above and then secured with a large, provided nut. The capacity of a shaper spindle is expressed in available space “under the nut.” The greater the capacity, the more cutters and spacers can be accommodated. Another important figure to look at when shopping for a shaper is the amount of “spindle travel.” This figure relates to how high or low the spindle can be with relationship to the table top. This relates to the maximum thickness of work piece that can be shaped with a profile. Multiple cutters can be put together to create different profiles.


          Generally speaking, the largest shaper cutters work better at lower RPMs. Most shapers will offer you two different speeds. The more expensive shapers may offer you as many as five. Changing speeds is done by moving the drive belt into another pulley position as on a drill press. And, like the drill press, belt tension must be slackened before this can be done. On most shapers, this is accomplished by simply moving a lever that releases the belt tension, then, moving the belt into another pulley position and finally, by moving the lever back to its original “tight” position.


          Most shapers come with grooves for a miter gauge in both the table and the fence. This is to allow small pieces to be shaped safely and effectively. Another piece of equipment relating to safety is the “starter pin”. This is a metal pin, threaded on one end that screws into a threaded hole in the table near the location of the cutter. It gives you a place to rest the work piece against when beginning a freehand cut.


          In a router table, there are two types of router bits you may use: (1) with or (2) without a ball bearing guide. If there is no ball bearing guide on the router bit, you MUST use the router table fence. Same with the shaper. The shaper may use a “rub collar” or a ball bearing on the spindle shaft to prevent the work piece from being drawn into the cutter deeper than the profile. If you are using a cutter without a rub collar or ball bearing, then you will need to use the fence that is installed on the table. The infeed portion of the fence is set further away from the operator than the outfeed fence. This difference determines the depth of cut. Most shapers allow you to “micro-adjust” the fence settings for perfect results.


          When shaping irregular (not square) work pieces, you will have to work freehand which is inherently more dangerous than using the fence. To do this, you will probably need to remove the fence or, at least, set it back, out of the way, toward the rear of the table. You will need to construct an alternate kind of safety guard and this can be made from a round piece of 3/16” or thicker Plexiglas with a hole drilled through it at the center point. This guard must be a bit wider than the swing of the cutter. It should be mounted at the top of the cutter or cutters on the spindle and then fastened down with the spindle nut. Keep your fingers as far away from the cutter as possible while maintaining a firm grip on the work piece at all times. With the rub collar or ball bearing installed, you can press the work piece into the cutter without worrying about going too far.


          A shaper can be an extremely dangerous machine if not used properly. Anything I say in this piece or anywhere else should NOT be construed as giving advice that could lead one to do anything dangerous, harmful, injurious or fatal. In, fact, I would say that if you are ignorant of the dangers present in woodworking or are not willing to take the necessary safety precautions, then you should immediately give up woodworking and never go near a woodworking machine again. Here are some precautions you MUST take when using a shaper in the interest of your safety and that of others in your shop:


          1) ALWAYS use some sort of guard or, even better, a power feeder. A power feeder will completely cover the cutter danger area and will push the work piece against the fence as it pushes it through the cutter. Buy a power feeder and use it whenever you can. When the operation precludes the use of a power feeder, at least use an effective guard. Most shaper fences come with guards. Use the guard!


          2) Most shapers can be run forward or reverse. This is because some cutters or cutter configurations require that the shaper be run in reverse. Before you start any cut DETERMINE THE PROPER DIRECTION OF ROTATION for the cutter or cutters on the spindle. Then check and double-check that the machine is set to the proper cutting direction. If you feed a work piece into a shaper WITH the direction of rotation instead of AGAINST it, the shaper can easily pull the work piece out of your grip and send it flying like a missile through your shop with possible FATAL results.


          3) NEVER shape small or thin pieces. Instead, shape a larger piece of wood than you need and then rip off what you need on the table saw. Small pieces can also easily become missiles. Further, they will cause your fingers to be way too close to the cutter and if they slip, they may cause your fingers to go into the cutter.


          4) USE A STARTER PIN when doing free hand work with irregular work pieces. It will give you much greater control and may prevent kick-back.


          5) USE A MITER GAUGE WITH A HOLD_DOWN CLAMP whenever shaping the ends of narrow pieces like table or chair legs. To attempt this without a miter gauge and clamp is asking for a trip to the emergency room.


          6) USE JIGS WHENEVER POSSIBLE. A jig is a shop-made or other device designed to guide cuts for consistent and safe results.


          7) USE EYE AND EAR PROTECTION and wear a DUST MASK. The reasons should be obvious.


          One more piece of advice, although this doesn’t relate to safety as much as it does to work piece conservation. Always shape (or rout) the end grain of a square or rectangular work piece first and then rout along the sides. This way, you have a good chance of shaping or routing away the chip-out at the end of the end grain as you clean up the sides. Also, if you are shaping end grain, try to clamp a back-up board to the work piece so that it passes through the cutter immediately after the work piece, thus preventing chip-out. If you can afford it or think you might be doing a lot of end grain cuts, consider a machine with a sliding table. In a mass production setting, it can pay for itself quickly in time saved and repeated accuracy.




Bob Gillespie
Woodworker

For similar articles and tool reviews see:

http://www.perfectwoodworking.com/





© 2010 Robert M. Gillespie, Jr.
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Selasa, 29 Maret 2016

What to Look for in a Cordless Drill

          The original cordless drill had neither a motor nor a battery. There was a hand drill in my fathers workshop long before he invested in an electric drill with a cord. The first battery-powered drill was the tool that started off the cordless revolution which eventually caused all sorts of tools to become available in cordless models. Some types of tools are more suitable to cordless use than others. Usually those tools that move around a lot in use and do not require large amounts of electricity are the best candidates for battery power. So, the electric drill, by its very nature, was the first tool to get a battery.



          Drilling a Hole When you are using a drill at many different locations, it’s a real pain to have to drag a cord around with you. At first, cordless drills weren’t very powerful and the batteries didn’t last that long. For a while, that was an excuse for woodworkers to resist the upgrade to cordless. Today’s cordless drills, especially in the 18 Volt class are both powerful in terms of torque and their lithium ion batteries are long-lasting. The chargers are fast and so, with two batteries to switch off, it’s hard to run out of juice.


          So where do different models of cordless drill stand apart from one another? Actually, in several areas, the most important being tool weight and twisting power or torque. It used to be a rule that if you wanted more power and/or longer battery life, you had to accept heavier tool weight. While this is still true, in a general sense, important inroads are being made by major drill manufacturers to turn this equation around.



Drill at Arms Length


          Tool weight is important in a drill or impact driver because these are tools that you hold out at arm’s length all day and while 5 to 10 pounds may not sound like much, each weight increase from drill to drill counts for a lot at the end of a long day on the job even if your name is Hercules.

          Power is important because drills are often used to drive screws even though there is a better tool for that job: the impact driver. Most 18 Volt cordless drills come with half-inch chucks and if you have ever drilled a deep ½” hole in hardwood, you know the need for power. You might even find yourself driving a large Forstner bit which is a lot more than 1/2". You don’t want to buy a drill that will bog down on the job.

          A drill is the kind of tool that a woodworker uses the most and so it is important to put on your thinking cap to make sure that you are buying the right one for your needs.


          Cordless Drill Battery Battery size, expressed in amp hours is another important consideration. All Lithium Ion 18 Volt batteries are not alike in terms of size, weight or how long they will last between charges. That goes for chargers, as well. A half-hour charger, as opposed to an hour charger can make a real difference if you are constantly changing batteries.

          When you comparison shop the brands, you will note that drill power and drill weights are all over the place. So are the prices. You can save by buying factory-reconditioned tools but don’t buy an underpowered drill with a small battery just to save money. Don’t buy an overweight drill just because it has a bit more torque than its lighter competitor. Get the drill you need. You will thank yourself later.



Bob Gillespie
Woodworker

For similar articles and tool reviews see:

http://www.perfectwoodworking.com/



©2010 Robert M. Gillespie, Jr.
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Selasa, 15 Maret 2016

Andrew Pitts in WoodShop News


A wonderful article about Fine Wood Artists member Andrew Pitts has been published in WoodShop News April 2010 edition, you can read about it on his website here (.pdf document)
http://www.andrewpittsfurnituremaker.com/Shows_and_events_current_files/Press/WSN_April_10.pdf


And see more of Andrews work in his gallery here
www.finewoodartists.com/gallery/pitts/andrew_pitts.htm
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Senin, 29 Februari 2016

Plans for building a run in shed


Plans for building a run in shed



Sample images Plans for building a run in shed


Horse Run in Shed Plans

Horse Run in Shed Plans

Horse Run in Shed Plans

Horse Run in Shed Plans

Modern Shed Roof Pole Barn Home

Modern Shed Roof Pole Barn Home

Metal Horse Run in Shed Plans

Metal Horse Run in Shed Plans

8X12 Storage Shed Plans Free

8X12 Storage Shed Plans Free





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