The utility model utilizes a turning tool that secures the cutting blade to the arbor through mechanical clamping. This design allows for easy replacement of the worn-out blade with a newly sharpened one, making it an efficient and cost-effective solution. The indexable turning tool is specifically designed to use indexable inserts, which are detachable and can be rotated or replaced when they become dull.
(1) Unlike traditional tools that rely on high-temperature welding, this system avoids issues such as reduced hardness and cracking due to thermal stress, significantly enhancing the tool’s durability.
(2) With improved tool life, the time between tool changes is extended, reducing downtime and increasing overall production efficiency.
(3) The tool holder can be reused multiple times, which not only conserves material resources but also increases the utilization rate of the cutting blades. Manufacturers often recycle used blades, further improving economic efficiency and lowering the cost per use.
(4) As the blade wears down during regrinding, its size decreases. To maintain the correct cutting position, many turning tools are equipped with a blade adjustment mechanism, allowing for more regrinding cycles before the blade is discarded.
(5) The end of the blade plate can also serve as a chip breaker, helping to manage chip flow and improve machining performance.
Indexable turning tools are a type of machine-clamped cutting tool that uses replaceable inserts. When a cutting edge becomes dull, it can be quickly indexed to a new edge, allowing the tool to continue working efficiently. Once all edges are worn out, the blade is replaced and recycled, ensuring continuous operation without significant downtime.
Advantages of indexable turning tools include:
(1) Extended tool life: By avoiding high-temperature effects during manufacturing, the geometry of the blade remains consistent, leading to stable cutting performance and longer service life.
(2) Increased productivity: Operators no longer need to manually sharpen tools, reducing auxiliary time and improving operational efficiency.
(3) Support for advanced technologies: Indexable inserts make it easier to adopt new materials like coated carbides and ceramics, promoting innovation in tooling.
(4) Lower tooling costs: With longer-lasting tool bars, the need for frequent replacements is reduced, simplifying inventory management and lowering overall costs.
Clamping characteristics and requirements for indexable inserts include:
(1) High positioning accuracy: After indexing or replacing the blade, the tool tip must remain within the acceptable tolerance range for the workpiece.
(2) Reliable clamping: The blade, insert pad, and tool holder must fit closely to withstand cutting forces and vibrations. However, excessive clamping force should be avoided to prevent damage to the blade.
(3) Efficient chip removal: The front side of the blade should be unobstructed to ensure smooth chip evacuation and visibility during operation.
(4) Easy and quick blade replacement: The tool structure should be compact and user-friendly, especially for smaller tools. The design should be as simple as possible while still meeting all functional requirements.
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Label: machine clamp and indexable turning tool
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LED Grow Light
Led grow light provide the following value in the agricultural and horticultural industries:
1. Provide light: indoor grow lights can provide the light required by plants, especially in the indoor planting environment, which can make up for the lack of natural light. This is important for the agriculture and horticulture industry, as light is a key factor in plant photosynthesis, which promotes plant growth and development.
2. Control spectrum and photoperiod: grow lights led can adjust the color and intensity of light to meet the light needs of different plants at different growth stages. For example, during the germination and flowering of plants, providing the appropriate spectrum and photoperiod can promote plant growth and flower fruit production.
3. Increase yield and quality: The use of plant lights can extend the growth time of plants and improve the yield and quality of plants. By controlling light conditions, photosynthesis and nutrient absorption of plants can be promoted, thereby increasing crop yield and improving the quality of agricultural products.
4. Energy saving: Compared with traditional agricultural planting methods, Led grow lights can use light energy more effectively and reduce energy consumption. grow lights can provide suitable light according to the needs of plants and avoid waste of energy.
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In short, growth lights can provide important value in the agricultural and horticultural industry, such as light, spectrum and photoperiod control, increase yield and quality, save energy and expand planting range.
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Shenzhen Pvison Technology Co., Ltd. , https://www.pvisunggrowlight.com