CV-Joint Inner Race Soft/Hard Milling Machine and CAD/CAM Software

Soft/Hard Milling Machine and Software assist in mechanical drawing and the production of CV-Joint Inner Race

CV-joints, which are divided into inner and outer races, are essential components used in the automotive industry. They are a type of bearing that is located between the drive shaft and wheel hub of a car, maintaining torque and angular changes to allow the wheel to rotate freely.
Our company has developed TMC CAM-Hard Milling software for the production of CV-joints with high machining difficulty, which is being applied to various industrial fields. We also incorporate the latest technologies to meet our customers' demands and provide continuous maintenance services.

TMC CAM - Inner Race is a software that allows for the quick production of products from 3D model design to machining. Additionally, it communicates with the machine in real-time to automatically generate the necessary G CODE in formats such as FANUC, Siemens, and others.
TMC CAM - Inner Race is designed with an easy-to-use interface and provides intuitive 2D shape and 3D modeling functions for the product. In addition, the machining simulation function allows for validation of the product design prior to production, minimizing machining errors and enabling quick response to modifications.
- With simple inputs such as the product's angle, attached angle, groove shape, and quantity, it is possible to design and produce the product.
- Alternatively, special products of desired shapes can also be produced using absolute coordinates (x, y) and incremental values (angle, length) similar to CAD.
Through Tool Manager, frequently used tools can be registered and used for easy tool life management. Even when replacing the product, the tool can be reused by calling it up from the tool list without creating a new tool.

Through parameter dialog, operators can modify all the correction values required for machining, allowing them to efficiently produce the final product specification without going through multiple correction processes.
- Different end mills can be selected for each tool spindle to shorten roughing and finishing times.
- Various parameters can be set for each groove, such as feed rate, grinding speed, stock amount, contact angle, and skew angle.
- The system always communicates with the equipment in real-time and updates the correction data to generate the latest G-code, minimizing unnecessary machining time and increasing the completeness and accuracy of the final product.
- The system supports various grinding methods that are suitable for different types of cutting materials, such as one cut or more, top-down, bottom-up, zigzag, etc.

Through the HMI provided along with the software, various tasks such as checking the coordinates and data of the equipment, setting the loader, operating the equipment, and confirming tool counts can be easily performed with simple touches. This results in a high degree of unity.

- Improved productivity and accuracy in product design.
- Maximization of economy and efficiency through time reduction from prototype conception to processing and reduction of product tact-time.
- Ability to produce even high-difficulty products.