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5/8” – 7/8” (16 – 22 mm): Rounding holes larger than 7/8” (22 mm): You have many meters of metal that require rounding: Learn more about the Bevel Mate® 3.0 tools The powerful, ergonomic Bevel Mate® concept is highly suitable for more heavy-duty machining and larger projects that require a lot of rounding. With Bevel Mate® you can make rounded edges from radius 2 mm up to radius 8 mm. Learn more about the Bevel Mite® 3.0 tools The Bevel Mite® concept is compact and lightweight. Specially designed for quick rounding of sheets, pipes and holes. With Bevel Mite® you can make rounded edges in radius 2, 3 or 4 mm. Solid carbide radius cutters for metal The assortment of radius cutters for metal Beveltools has solid carbide cutters for a wide range of metals. Every type of Beveltools bevel heads has its own characteristics, making them more or less suitable for certain types of metal. Simply change the bevel head to create a different angle or radius, or to bevel a different type of metal. Changing the bevel head only takes a matter of seconds.For the best end result, it is highly important to choose the right bevel head that is the most suitable for the job at hand. The diagram is a guide for making the right choice. Experience how it works! Try our machines and bevel heads during a live demonstration. We will show you how the machines work and of course you can try it yourself!

As aluminum oxide, diamond, or CBN (cubic boron nitride). Each has its own advantages and suitability for different types of tools. It is important to choose the right wheel based on the type of tool you are sharpening.Determine the correct bevel angle: Different wood lathe turning tools require different bevel angles. Consult the manufacturer's guidelines or expert advice to determine the correct bevel angle for your specific tool. Using the wrong angle can affect the tool's performance and increase the risk of accidents.Use a sharpening jig: A sharpening jig can be a helpful tool to maintain a consistent bevel angle. It holds the tool in place and allows you to sharpen it accurately. Using a sharpening jig ensures uniform sharpening and prolongs the life of your tools.Take your time: Sharpening wood lathe turning tools requires patience and attention to detail. Rushing through the process can lead to errors or inconsistent sharpening. Take your time to sharpen each tool properly, ensuring a sharp and precise cutting edge.To sharpen wood lathe turning tools, follow these step-by-step instructions:Secure the tool in a sharpening jig, if available, or use a honing guide.Select the appropriate sharpening wheel and ensure it is properly installed on your sharpening machine.Adjust the bevel angle according to the manufacturer's guidelines or expert advice.Start the sharpening machine and hold the tool against the sharpening wheel, ensuring even contact along the entire bevel surface.Move the tool back and forth across the sharpening wheel, maintaining a steady and consistent motion.Check the tool's cutting edge frequently to ensure it is achieving the desired sharpness.Once the desired sharpness is achieved, remove the tool from the sharpening machine and test its performance on a scrap piece of wood.In conclusion, there are several safety precautions and techniques to keep in mind while sharpening wood lathe turning tools. Following these precautions and techniques will ensure the best results and minimize the risk of accidents. Always prioritize safety and take your time to sharpen each tool properly. With proper sharpening, wood lathe turning tools will perform at their best and enhance the quality of your woodworking projects.Frequently asked questions The frequency of sharpening your wood lathe turning tools will depend on how often you use them and the type of wood you are working with. As a general guideline, it is recommended to sharpen your tools after every few hours of use or whenever you notice that they are

Crown Molding Tools is an app with functions to calculate complex crown miter and bevel angles that other calculators don't offer. Current version 1.6 help file:Crown Molding Miter and Bevel Angles Calculator for Compound Miter Saw Settings and Rake Crown Molding Miter and Bevel Angles,Polygon Crown Molding Miter and Bevel Angles, Radius Bullnose Crown Molding Miter and Bevel Angles and width, Horizontal to Rake Crown Molding Miter and Bevel Angles .Compound Miter Angle and Bevel Angle Calculator for compound joinery. Use this calculator to cut compound angles with the material on edge in the compound miter saw instead of laying flat in the compound miter saw.iPhone Help Files.Horizontal Crown Molding 2 Piece CornerCalculate Crown Moulding Miter Angle & Saw Blade Bevel Angles for horizontal crown moulding at wall-ceiling corners.Horizontal to Rake with Corner Transition PieceCalculate Horizontal to Rake Crown Moulding Miter Angle & Saw Blade Bevel Angles with a Transition piece at the wall corner.Rake to Horizontal StandardCalculate Rake to Horizontal Crown Moulding Miter Angle & Saw Blade Bevel Angles.Rake to Rake StandardCalculate Rake to Rake Crown Moulding Miter Angle & Saw Blade Bevel Angles on Gable End Roofs or Sloped Ceilings.Radius Bullnose Crown MouldingCalculate Crown Moulding for Radius Bullnose Corners.Polygon Crown MouldingCalculate Crown Moulding for Polygons.Horizontal To RakeCalculate Horizontal to Rake Wall Crown Moulding with No Transitions pieces.Rake To Horizontal at Corner WallCalculate Rake to Horizontal Crown Moulding at wall corners with No Transitions Rake To RakeCalculate Rake Wall Crown Moulding to Rake Wall Crown Moulding with No Transitions pieces.Rake To LevelCalculate Rake Wall Crown Moulding to Level Crown Moulding with No Transitions pieces.Rake To Level ReturnCalculate Rake Wall Crown Moulding to Level Return Crown Moulding with No Transitions pieces.Rake To Rake At PeakCalculate Rake Wall Crown Moulding to Rake WAll Crown Moulding at Peak of Roof with No Transitions pieces.Exterior Rake Crown MouldingCalculate Exterior Rake Crown using 2 or 3 different crown profiles.Crown Spring AngleCalculate Crown Moulding Spring AngleCompound Miter Angle and Bevel Angle Calculator for compound joineryCalculate the Miter Angle & Saw Blade Bevel Angle for cutting Material On Edge in a Compound Miter Saw for compound joinery or crown moulding.

Contents Table of Contents Bookmarks Quick Links The tools of innovation.OPERATOR'S MANUALBM-20plusBM-20plusBEVELING MACHINE15335 E. Freemont Drive, Centennial, CO 801121– 87STEELMAX, FAX 303 – 690 – [email protected] Need help? Do you have a question about the BM-20 plus and is the answer not in the manual? Questions and answers Related Manuals for SteelMax BM-20 plus Summary of Contents for SteelMax BM-20 plus Page 1 The tools of innovation. OPERATOR’S MANUAL BEVELING MACHINE 15335 E. Freemont Drive, Centennial, CO 80112 1– 87STEELMAX, FAX 303 – 690 – 9172 www.steelmax.com [email protected]... Page 2: Table Of Contents Contents 1. GENERAL INFORMATION ....................3 1.1. Application ......................... 3 1.2. Technical data......................3 1.3. Dimensions ........................ 4 1.4. Design ........................5 1.5. Equipment included ....................6 2. SAFETY PRECAUTIONS ....................7 3. STARTUP AND OPERATION ................... 9 3.1. Adjusting the bevel angle and width ................9 3.2. Page 3: General Information BM-20 plus 1. GENERAL INFORMATION 1.1. Application The BM-20 plus is a beveling machine designed to bevel carbon steel. The machine can bevel plates at an angle of 15–60° and with the bevel width of up to 21 mm (13/16″). Page 4: Dimensions BM-20 plus 1.3. Dimensions 446 mm (17.6″) BM-20 plus Operator’s Manual... Page 5: Design BM-20 plus 1.4. Design Depth lock Power levers switch Depth knob START er of STOP millin Motor lamp cutte Overload Milling lamp cutters Bevel width Bevel angle lock Guide set screws scale Bevel angle scale BM-20 plus Operator’s Manual... Page 6: Equipment Included Beveling machine 1 unit Cutting insert 10 units Metal box 1 unit Tool container 1 unit 6 mm hex wrench 1 unit T15P torx screwdriver 1 unit Grease for screws 1 unit – Operator’s Manual 1 unit BM-20 plus Operator’s Manual... Page 7: Safety Precautions 19. After each use, clean the machine and the milling cutters with a cotton cloth and no chemical agents. Do not remove chips with bare hands. 20. If you are not going to use the machine for an extended period, put anti-corrosion material on the steel parts. BM-20 plus Operator’s Manual... Page 8 22. Repair only in a service center appointed by the seller. 23. If

That the bevel is consistent and provides a reference point for maintaining the correct angle. A honing guide can be used with diamond sharpening stones or other sharpening methods, such as water stones.Sharpening Jigs: Sharpening jigs are another accessory that can be used to sharpen wood lathe turning tools. They are designed to hold the turning tools securely and at the correct angle during sharpening. Sharpening jigs come in various shapes and sizes, depending on the specific type of turning tool you are sharpening.Now that we have discussed the essential tools needed to sharpen wood lathe turning tools, let's go through the step-by-step process of sharpening them:Step 1: Inspect the Turning Tools: Before sharpening, inspect the turning tools for any nicks, chips, or damage. These issues may require additional steps, such as reshaping or regrinding the tool.Step 2: Secure the Turning Tool: Depending on the sharpening method you are using, securely hold the turning tool in the honing guide, sharpening jig, or using your hands. Make sure the tool is stable and will not move during sharpening.Step 3: Establish the Bevel Angle: Determine the bevel angle of the turning tool. This is usually indicated by the manufacturer or can be measured using a protractor. Set the grinding or sharpening jig to the correct angle.Step 4: Grinding/Sharpening: If using a bench grinder, turn it on and gently bring the turning tool against the wheel. Move the tool back and forth in a smooth motion to establish a new bevel. Use the coarse wheel to remove the majority of the material and the fine wheel for final sharpening. If using diamond sharpening stones, apply a lubricant (such as water or oil) and move the tool across the stone in a circular motion. Start with a coarse grit stone and progress to a finer grit stone for a polished edge.Step 5: Check the Edge: After sharpening, inspect the edge of the turning tool for any burrs or rough edges. Use a honing guide or a honing stone to remove these imperfections and achieve a smooth and sharp edge.Step 6: Test the Tool: Once you are satisfied with the sharpening, test the turning tool on a piece of scrap wood. It should cut smoothly and effortlessly. If not, repeat the sharpening process or make any necessary adjustments.In conclusion, the essential tools needed to sharpen wood lathe turning tools include a bench grinder, grinding jigs,

Becoming dull. To sharpen wood lathe turning tools, you will need a sharpening system that includes a bench grinder or a sharpening stone. Additionally, you will need a honing guide to help maintain the correct angle on your tools, and a leather strop and polishing compound to put a final edge on the tools. The best technique for sharpening wood lathe turning tools is to start by shaping the bevel on a grinder or sharpening stone. Then, use a honing guide to establish and maintain the correct angle on the bevel while sharpening. Finally, use a leather strop with polishing compound to put a final edge on the tool. A simple way to test the sharpness of your wood lathe turning tools is to try making a cut on a piece of scrap wood. If the tool effortlessly shaves off a thin shaving of wood, then it is sharp. If the tool struggles to remove wood or produces sawdust instead of shavings, then it is dull and needs to be sharpened.