auto feed bandsaw
Do keep in mind that some models offer an optional attachment -- a riser which will extend the depth of the cut from six inches to twelve. This means that some less expensive saws can be easily modified to be able to cut thicker stock. This would be a valuable options in the case of resawing. The Saws THROAT depth is the determining factor for the maximum width of a cut that can be completed on that bandsaw. Typically a free-standing cabinet or floorstand model will have a throat depth that exceeds the 12 to 14-inch standard throat depths of the smaller bench-top models. Motor Size The size motor is another consideration. Typically a non-professional bandsaw will offer a 3/4 to 1 horsepower motor. Professional shop models offer larger models and sometimes variable speed options.
It also means that you have to keep the meat chilled and there is a limited shelf period for perishable foods. As a butcher you have to process the meat quickly so you need to find a method that will allow you to slice and package the meat quickly. The Butcherquip Bandsaws are the ideal method to cut the meat products fast plus they are made to last. The Butcherquip Bandsaws are built to last a long time and to withstand the busy environment of a butchery. As you can imagine cutting meat needs a certain amount of skill in addition to a very sharp blade that needs to cut through bones. Raw meat can be quite tough to slice so it would be worth your while to invest in a bandsaw that is able to slice easily through tough meat. The Butcherquip Bandsaw is tough enough to cut through frozen meat poultry and fish.
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The reason there is not a side load is the angle of the side of the tooth. The tooth is bent or set at such a sharp angle on the side that only the top corner of about.010 touches the wood fiber. Of course if you run your band excessively dull it does take on more side load. Now compare the gullet stretch per tooth. Remember both band bodies are .042. The set tooth has the total kerf stress divided between 3 teeth. The swaged full tooth carries the entire kerf stress per tooth plus the side load on 2 sides per tooth. It is easy to understand that the full tooth carries twice the load just because of the top width of .084. Then add the 2 sides of load and we have at least 3 times more tooth load per square inch than the set tooth bands have. What does this mean? From my experience the set tooth pound for pound will perform 2 to 3 times better than a full tooth of the same band width and thickness. This is true even if a special steel is welded to from the full tooth. Let me talk about the body of the band for a bit here. I have spoken of the distortion and how it changes the middle portion of the band to dish on the log side.
I realized that a good quality blade of half inch 3-teeth offers good results though I did try wider blades without any increased efficiency. Tension: sufficient blade tension ensures that your blade doesnt move erratically under pressure. As a typical tension gauge doesnt give really accurate results its better to have slightly additional tension than it indicates. You can verify that by opening the lateral guides and thrust bearings. Back off the two below and above the table thus disabling them to remain in contact with the blade. Next crank the tension gauge for getting the needed setting. Push the blade sideways by nearly midway between the lower and upper wheels. Now the blade would easily turn aside for a little length. The movement to sideways should be quarter inch.