Rail fixture is a common tooling, which is mainly used for positioning, fixing and supporting workpieces during machining, which can improve machining accuracy and production efficiency. In industrial production, the T-slot bevel guide rail fixture is a commonly used guide rail fixture, which has the advantages of simple structure, high rigidity, and easy manufacturing, and is widely used in various precision machining fields.
The design of the T-slot bevel guide rail fixture needs to consider many factors, such as the shape, size, and machining accuracy requirements of the workpiece. In the design process, it is first necessary to determine the geometric shape and processing requirements of the workpiece, and then determine the structure and size of the fixture according to the shape and size of the workpiece. In order to improve the rigidity and stability of the fixture, the material selection of the fixture is also very critical. Usually, high-strength and high-hardness materials are used, such as 45# steel, cast iron, etc.
The manufacturing process of the T-slot miter guide rail fixture includes multiple links such as material preparation, processing, and assembly. First of all, it is necessary to process the parts of the fixture, such as the base of the fixture, the workpiece clamping parts, etc. the machining accuracy and surface quality of the fixture have an important impact on the machining accuracy and production efficiency. therefore, it is necessary to adopt appropriate clamping methods and cutting parameters during the machining process to ensure the machining accuracy and surface quality of the fixture. After the processing is completed, it needs to be assembled and debugged to check whether the performance and functions of the fixture are normal.
The application range of the stopper is very wide, mainly used in the field of precision machining. It is widely used in metal processing, parts processing, mold processing and other fields. the design and manufacture of fixtures play a vital role in improving machining accuracy and production efficiency. therefore. The design and manufacture of the fixture need to pay attention to details to ensure the rigidity. Stability and precision of the fixture. And improve the service life and production efficiency of the fixture.
Design method
Consider ergonomics: the design of the stopper also needs to consider ergonomics so that it can be handled and used conveniently. Factors such as the length and angle of the handle and operating rod. The height and width of the guide rail need to be considered to make the operation easier and more comfortable.
Recommendations for accessories
Anti-slip device: the anti-slip device of the T-slot miter rail clamp is usually composed of anti-slip pads and the like. When purchasing an anti-slip device, you need to pay attention to its material, the wear resistance of the anti-slip mat. And the anti-slip effect. At the same time, it is also necessary to check whether its anti-skid effect is good, how durable it is. And whether it is convenient to operate.
T-slot miter rail jigs may exhibit the following trends:
Green and eco-friendly: T-slot miter rail clamps may feature more environmentally friendly materials and workmanship to reduce environmental impact. For example, degradable materials and recyclable processes can be used to achieve green production and environmentally friendly processing.
In short, the design and manufacture of T-slot bevel guide rail fixtures need to pay attention to details. Considering the shape of the workpiece. Processing requirements. Fixture structure and size. Material selection. Machining accuracy and surface quality. Correct design and manufacture can improve the rigidity, stability and precision of the fixture. Improve the service life and production efficiency of the fixture. And provide strong support for the development and competitiveness of the enterprise.