Our High Precision Titanium Grade 5 Non-standard Bushing plays a crucial role in many industries, especially in the mechanical manufacturing sector, and has been widely adopted. As a professional machinery manufacturer, Lionse guarantees to provide customers with high-quality, tailor-made bushing to meet their requirements for Non-standard Bushing.
1. Product Introduction
Lionse is committed to providing High Precision Titanium Grade 5 Non-standard Bushing with High Productivity that meets a wide range of requirements. Our customizable options ensure that customers can customize their molds to achieve the highest efficiency and the best results. Furthermore, with competitive prices and a focus on providing the highest quality, we ensure that our customers obtain the maximum investment value.We leverage our state-of-the-art machining technology to manufacture parts with tight tolerances and exacting specifications. We also offer a range of surface treatments to enhance the durability and appearance of your parts,such as anodizing, painting, or powder coating etc..
2. Product Parameter (Specification)
|
Production Name |
Titanium Non-standard Bushing |
|
Material Capabilities |
Titanium |
|
Brand |
Lionse |
|
Surface Treatment |
As customer’s requirements |
|
Origin |
Qingdao, China |
3. Product Details
Challenges in Titanium Processing:
Titanium is commonly used in high-performance parts, but its processing is more difficult than that of most metals. The unique properties of titanium present numerous challenges, and a thorough understanding of these challenges is necessary to efficiently produce robust and durable components.
Titanium and steel have poor thermal conductivity. The heat generated during cutting will remain near the cutting tool and the workpiece, causing rapid wear of the cutting tool, color change of the surface, and deformation. Therefore, processing strategies must be reasonably arranged to avoid heat accumulation, thus ensuring the accuracy of the parts.
Titanium - this material does not lose its strength at high temperatures. However, its elasticity causes rebound during cutting and bending processes, making it difficult to achieve precise dimensions. To ensure high accuracy, clamping and part processing must be carried out in a strict and consistent sequence.
Titanium often reacts with cutting tools when heated. This reaction may cause the material to adhere to the tool (adhesion), resulting in poor surface finish and increased wear. To eliminate these problems, it is crucial to select the appropriate tool material and coating.
Titanium alloys are prone to work hardening in the cutting area, especially when the same tool is repeatedly used for cutting. Work hardening leads to an increase in cutting force and may damage the tool. To avoid this situation, it is necessary to control the feed rate and adopt an appropriate tool path.
Titanium is more malleable than steel and has a lower elastic modulus, which may cause vibration, tremors and part deformation during processing. These effects can be reduced by using a stable device, the same cutting speed and a rigid fixture.
LIONSE has established a well-deserved reputation in the CNC machining industry for quality, reliability, cost-effectiveness and timely delivery. To meet your expectations for titanium processing projects, our team of mechanics and engineers will work closely together throughout all stages of product development, from prototype to production. We recognize that each project and its application are unique, so we offer each customer a distinctive yet practical solution, including precision machining services and custom surface treatments. Contact us today and let us start creating your high-quality titanium parts.
Q1: What products is your company producing?
For over 15 years, LIONSE is a worldwide supplier in the distribution of titanium products, metal working and bearings. The industries we serve is including surgical implants & tools, automotive parts, chemical devices, power generation, mine equipments, aircraft, pumps etc. LIONSE is your reliable supplier.
Q2:How does your company control the products' quality?
Well, as we all know that quality comes first during the business with our customers we always persist in the "Quality is the life of enterprise. we are using the first confirmed cases, production inspection, and packaging seized the entire combination to control product quality strictly.
Q3:What are the main materials of NC turning shafts?
The shaft is usually made of steel, stainless steel, titanium, brass, aluminium or plastic materials
Q4:What is a CNC machined shaft?
The CNC machining shaft is a precisely designed component used to transmit power and motion within mechanical assemblies. These key mechanical components provide reliable performance, precision and smooth operation in various industries.
Q5.What are the advantages of combining turning and milling in processing?
The combined processing of turning and milling enhances efficiency by integrating multiple technologies used in the production of CNC axes. Turning tools are responsible for shaping cylindrical features, while milling refines complex axial structures in one device. This hybrid method minimizes repositioning, reduces errors and improves processing accuracy. Combining these processes has enhanced productivity and is highly suitable for high-precision spindle applications.
