Three-Blade Woodworking Rough Milling Cutter

The following is the introduction of high quality Zhongyeda three-blade woodworking rough milling cutter, hoping to help you better understandthree-blade woodworking rough milling cutter. Welcome new and old customers to continue to cooperate with us to create a better future!

Structural design

1. Number of cutting edges: With three cutting edges, compared with single-edge or double-edge milling cutters, the cutting stability is higher, which can effectively reduce vibration during processing, ensure the smoothness of the workpiece, and improve processing efficiency and surface quality.

2. Cutting edge shape: Usually a spiral blade design is adopted, which allows the tool to cut into the wood more smoothly during the cutting process, reducing cutting resistance. It also helps to improve chip removal performance, so that the chips can be quickly discharged from the processing area to avoid chip accumulation affecting the processing effect.

3. Cutter body structure: The overall structure is strong and is generally made of high-strength materials such as tungsten steel to ensure the rigidity and wear resistance of the tool during high-speed rotation and strong cutting, and can withstand large cutting forces without deformation or damage.

Material properties

1. High hardness: Three-edge woodworking rough milling cutters are usually made of materials such as carbide or high-speed steel. These materials have high hardness, can maintain a sharp cutting edge, and effectively cut various wood materials, including hardwood and softwood.

2. Good wear resistance: During the long-term cutting process, it can resist the wear of the wood on the cutting edge, maintain the service life of the tool, reduce the frequency of tool replacement, and improve work efficiency.

3. Red hardness: Under the condition of high temperature generated by high-speed cutting, it can still maintain good hardness and cutting performance, and will not cause the cutting edge to soften, wear more severely or lose cutting ability due to the increase in temperature.

Specifications

1. Diameter: There are many common diameter specifications for three-blade woodworking rough milling cutters, such as 16mm, 18mm, etc. You can choose the appropriate diameter according to different woodworking processing needs to meet the processing of wood of different sizes and different cutting depth requirements.

2. Length: Including dimensional indicators such as full length and blade length. For example, the full length may be 175mm and the blade length is 105mm. These dimensions determine the cutting range and effective working length of the tool during processing.

3. Shank diameter: Generally matched with the shank chuck of the woodworking machine tool, the common shank diameters are 16mm, 18mm, etc., to ensure that the tool can be firmly mounted on the machine tool and remain stable during high-speed rotation and cutting.

Cutting performance

1. Efficient cutting: The three-blade woodworking rough milling cutter mainly works with three cutting edges at the same time, which can remove more wood materials per unit time, improve the efficiency of rough processing, and quickly process the wood blank to a shape and size close to the required size.

2. Smooth cutting: The uniform distribution of the three blades of the three-blade woodworking rough milling cutter makes the cutting force more balanced, reduces the vibration and impact during the cutting process, thereby making the processed surface smoother, reducing the surface roughness, and reducing the workload of subsequent finishing.

3. Smooth chip removal: The spiral blade design and reasonable chip space enable the chips to be quickly discharged during the rotation of the tool, avoiding the accumulation of chips in the cutting area, preventing the chips from scratching the processed surface and wearing the tool, and also helping to reduce the cutting temperature.

Application areas

In the furniture production process, this milling cutter is specially used for the initial shaping of key components such as table legs, chair backs, and cabinet frames. It quickly removes excess wood through high feed rates, accurately constructs basic contours, and provides standardized blanks for subsequent fine carving, polishing and other processes, and improves overall processing efficiency by more than 40%. The three-blade woodworking rough milling cutter is suitable for the industrial production of building components such as European decorative lines, Chinese carved beam brackets, and solid wood wall panels. It achieves rapid shaping of complex cross-sections through three-blade powerful cutting, and can complete rough processing and preliminary trimming in a single pass, providing a uniform specification substrate for painting or veneer processes.