Woodworking Cutter

Short Description:

  • Material: tungsten steel blade, 45 steel shank
  • Applicable materials: solid wood board, ecological board, density board, plywood, MDF and other materials.
  • Applicable equipment: bakelwood milling, engraving machine, trimming machine, crane machine, CNC and other machines
  • Recommended parameters: Recommended feed speed 8-12/ min;Spindle revolution: 18000RPM-24000RPM is recommended
  • Product Specifications: Customized
  • Product Diameter: Customized
  • Product radius: Customized
  • Cutting thickness: Customized
  • Cutting Width: Customized
  • Product Detail

    Product Tags

    Product Advantages

    1. Alloy blade, smooth cutting, sharp and durable, durable blade blade, long use time

    2. Spray paint coating, the tool head adopts new spray paint technology, which not only makes the tool body look more beautiful, but also plays the role of rust and corrosion prevention

    3. High-frequency welding, not easy to break the blade.High frequency welding of tool head and handle, seamless full firm

    Tool Selection

    To achieve what you need, be sure to use short-edged tools as much as possible. Too long cutting edge or too long tool body will cause vibration and deflection during machining, which will cause damage to the tool and affect the quality of machining. We recommend using a tool with a larger shank diameter.

    Tool Operation

    (1). Woodworking milling cutters are specially designed for portable and desktop woodworking engraving machines, and cannot be used on electric drills, drill presses and other equipment.

    (2). The cutting tool can process hardwood, softwood, synthetic board and other wood to produce a smooth surface, but it is necessary to avoid processing metal materials such as copper and iron and non-wood materials such as sand and stone.

    (3). Be sure to use a suitable size jacket, because the jacket is severely worn, not round enough, and the jacket with a taper in the hole cannot provide enough tightening force, which may cause vibration or twisting of the tool handle and flying off.

    (4). Do not think that the new jacket must be safe and reliable. When the tool handle is found to have uneven contact marks or grooves after the tool is clamped, it indicates that there is slippage and the inner hole of the jacket is changed. This is to replace the jacket immediately to avoid accidents.

    (5). After the tool is clamped, if the tool is found to be bounced when it is working, stop it immediately, repeat the clamping several times so that the tool shank and the jacket are in full contact, and then work.

    (6). The contact between the tool shank and the jacket should be good. The tool shank must be completely inserted into the jacket and tightened firmly, so as to provide sufficient tightening force for the tool. Do not insert only a small part into the jacket, otherwise it will easily cause the tool handle to break and cause damage to the tool.

    (7). Use proper eye and ear protection devices during operation.

    (8). The body, clothes and other sundries should not be close to the working tool.

    Tool Maintenance

    (1). Keep the knives clean. After use, remove the resin, wood chips and other dirt on the knives. Use standard industrial solvents to clean the knives.

    (2). Applying a small amount of engine oil can prevent the surface of the tool from rusting and clean up all the dirt on the tool handle to prevent slippage during use.

    (3). Do not arbitrarily sharpen the knife and change the shape of the knife, because each grinding process requires professional grinding equipment and professional grinding skills, otherwise it is easy to cause the cutting edge to break and cause accidents.

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