The EVNSIX Dp16 PA14-1/2 Bore22 No. 1-8 Involute Gear Cutters+ 7/16 Inch 22mm R8 Shank Milling Arbor Gear Mill Cutter Holder M is a complete set of 8 gear cutters designed to cut spur and helical gear...s with a pressure angle of 14.5 degrees. This set includes 8 pieces of cutters, with No. 1-8 having different number of teeth (Z12-13, Z14-16, Z17-20, Z21-25, Z26-34, Z35-54, Z55-134 and ≥135 respectively).
The cutters have an outside diameter of 55mm and an inner bore of 22mm, allowing them to be used with R8 shank gear cutter holders that have a hole of 22mm. The R8 shank gear cutter holder also has a 7/16 inch thread, making it easy to install and use.
This set of 8 gear cutters is ideal for milling and machining operations that require precision cutting of spur and helical gears. With its pressure angle of 14.5 degrees and range of tooth numbers, this set is perfect for a variety of applications. The R8 shank gear cutter holder is also designed for easy installation and use.
Involute Gear Cutters are an essential part of cutting tools used in the engineering industry. They are used for cutting specific shapes on gears and other related machinery. With the rise in demand for quality engineering work, choosing the right Involute Gear Cutter has become a priority. This article explores valuable tips when choosing Involute Gear Cutter products in Cutting Tools category.
Understanding the Application:
When choosing an Involute Gear Cutter, it is essential to understand the application. Knowing the specific gears to be cut and the dimensions of the job is crucial. It is also essential to know the type of material being cut. Involute Gear Cutters come in various styles that suit different materials. For hard materials such as steel, the cutters required are specially designed to handle the strength and durability of the metal. Inversely, for softer materials such as brass or aluminum, cutters require less strength.
Durability:
Durability is a crucial factor to consider when choosing an Involute Gear Cutter. The type of material and coatings used will determine the lifespan of the cutter. It is recommended to choose cutters made from materials such as carbide, high-speed steel, or cobalt steel. These materials are renowned for their durability and toughness, making them ideal for high impact jobs such as gear cutting. Coatings such as titanium nitrite, titanium carbonitride, or aluminum oxide can also extend the blade's lifespan and improve its cutting ability.
Type of Cutter:
Involute Gear Cutters come in different types, including modular, shank-type, and shell-type cutters. It is important to consider the job at hand when choosing a cutter type. Modular cutters are flexible and allow for reconfiguring or replacing individual components, such as the tooth shape or the pilot diameter. Shank-type cutters are made with a shank that fits into the tool holder and provides stability. Shell-type cutters are designed to cut using both sides of the blade, providing flexibility, but require specific tool holders.
Tooth Profile:
The tooth profile is another vital aspect to consider when choosing an Involute Gear Cutter. It determines how smoothly the gear will run and how much power is required to drive it. The most commonly used tooth profiles are standard and modified profiles. Standard profiles are the most common and are used for gears with different pressure angles, while modified profiles are used for low-pressure angle gears, which are sensitive to variations in pressure angle.
Gear Pitch:
The Gear pitch is the distance from one tooth to the next in a gear. It is essential to choose an Involute Gear Cutter that can handle the pitch of the gear. Cutter sizes are designated by D.P (Diametrical Pitch) and module systems. Americans typically use the D.P system, while Europeans use the modular system. It is important to select the appropriate size of the cutter relative to the requirements of the job at hand.
Price:
Pricing is a crucial factor in any industry. While Involute Gear Cutters are essential, it is important to consider the cost of the cutter against the job's complexity and the frequency of use. It is recommended to purchase a cutter that fits your budget while still meeting your requirements.
Final Thoughts:
Choosing the right Involute Gear Cutter is a crucial aspect of any cutting tool process. It is essential to understand the application, choose the correct type of cutter, select the correct tooth profile and gear pitch, and consider pricing when selecting a cutter for your job. By following these valuable tips, you can find the right cutter for your job, ensuring precision and quality in your gear cutting process.