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  • 3910.006.001
    3910.006.001
    3910.006.001

    3910.006.001

    3910.006.001 3910.006.001 3910.006.001
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    Part No.
    Specification
    Surface 
    Material 
    Weight(g)
    3910.006.001
    3030
    Sliver Painting
    Carbon steel
    140.70
    ×
  • 3910.008.002
    3910.008.002
    3910.008.002

    3910.008.002

    3910.008.002 3910.008.002 3910.008.002
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    Part No.
    Specification
    Surface 
    Material 
    Weight(g)
    3910.008.002
    4040
    Spray paint
    Carbon steel
    203.70
    ×
Turning plates, also known as pivot plates or swivel plates, are components designed for use with T-slot aluminum profiles. These plates allow for the rotation and positioning of profile sections, making them essential for creating adjustable and dynamic structures in various industries, including automation, manufacturing, and construction.

Key features and functions of turning plates for T-slot profiles may include:
Rotation and Adjustment: Turning plates enable the rotation and adjustment of connected T-slot profile sections, allowing for changes in angles and orientations within a structure.
Secure Locking: Many turning plates come with mechanisms for securely locking the rotated position, ensuring stability and preventing unintended movement.
Versatility: These plates are versatile components that can be used to create joints, pivoting connections, and articulating elements within a profile assembly.
Compatibility: Turning plates are typically designed to seamlessly integrate with T-slot aluminum profiles, providing a secure and precise fit.
Materials: They are often constructed from materials like aluminum or steel, providing strength, durability, and resistance to corrosion.
Customization: Depending on the specific requirements of a project, turning plates may offer customization options to accommodate different profile sizes or unique design needs.

Overall, turning plates for T-slot profiles are instrumental in creating adaptable and dynamic structures. They offer the flexibility to adjust and position profile sections as needed, making them valuable components in modular construction and assembly.
About Minde
Ningbo Minde Technology Co., Ltd.
Ningbo Minde Technology Co., Ltd.
The company was established in 2004 and has passed ISO9001, SGS, and RoHS certification. To create an ideal green enterprise, protect limited resources, and reduce waste and pollution, our products have passed SGS environmental testing and comply with the EU RoHS directive. As China Profile Turning Plates Manufacturers and Profile Turning Plates Suppliers, production area 12,000㎡, Two office areas 350㎡, Have 65 Experienced team-member. The major production process includes tooling designing & making, die casting, forging, stamping, precision machining, drilling, surface plating, Intelligent infrared detecting and automation packing, etc. Mostly exported to more than 35 countries and regions, major markets are the USA, Europe, the Middle East, and Southeast Asia.
Certificate Of Honor
  • 900 ISO 2022
  • SGS -RoHs testing 02 SHAEC22002232201
  • Environmental System
  • Health System
  • Quality System
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Profile Turning Plates Industry knowledge
1. Understanding Profile Turning Technology
Profile turning is a machining process that employs precision cutting tools to shape raw materials into intricate profiles, meeting stringent design specifications. Profile turning plates, being the linchpin of this technology, are meticulously crafted to embody the essence of precision and reliability.
a)The Precision Paradigm: Profile turning plates are engineered with precision in mind. The cutting edges are crafted with meticulous attention to detail, ensuring consistent and accurate cuts throughout the machining process. The geometries of these plates are optimized for specific applications, allowing machinists to achieve intricate shapes and profiles with unparalleled accuracy.
b)Dynamic Adaptability: What sets profile turning technology apart is its dynamic adaptability. Profile turning plates can be tailored to suit a diverse range of materials, from soft plastics to hardened metals. This adaptability enhances the versatility of profile turning, making it a preferred choice in industries with ever-changing machining requirements.

2. Applications Across Industries of Profile Turning Plates
The ubiquity of profile turning plates is a testament to their applicability across a wide spectrum of industries. Aerospace, automotive, medical, and precision engineering are just a few sectors that benefit from the versatility of these plates. The profile turning plates are instrumental in shaping intricate components like turbine blades, where precision is not merely a requirement but a non-negotiable imperative for ensuring optimal performance and safety. The adaptability of profile turning plates extends their reach into diverse manufacturing landscapes, where their precision is harnessed to create components that drive technological advancements. In the automotive industry, profile turning plates contribute to the manufacturing of precision components, such as gear profiles and shafts. The demand for efficiency and reliability in vehicles necessitates the use of cutting-edge machining technologies, where profile turning plates play a pivotal role. From transmission systems to engine components, these plates shape the intricate details that define automotive performance. In the medical field, where precision is synonymous with safety and efficacy, profile turning plates are employed to craft complex and delicate components. Surgical instruments, implantable devices, and other critical medical components rely on the precision afforded by these plates, ensuring that the highest standards of quality are maintained in the production of life-saving and life-improving technologies.

3. The Role of Profile Turning Plates in Surface Finish
Beyond shaping materials to meet specifications, profile turning plates play a crucial role in delivering impeccable surface finishes. The cutting edges and coatings of these plates are engineered to minimize tool marks, reduce surface roughness, and enhance the overall aesthetics of machined components.
a)Meticulous Surface Finishes: Machined components emerging from profile turning processes exhibit smooth surfaces that meet the stringent requirements of industries where aesthetics and functionality converge. This impeccable surface finish is not merely a cosmetic consideration but is often a functional necessity, especially in applications where friction, wear, and corrosion must be minimized for optimal performance.
b)Toolmarks Minimization: The geometry and edge design of profile turning plates are optimized to minimize tool marks, ensuring that the final product meets the highest standards of quality. The ability of these plates to produce components with reduced surface roughness enhances their suitability for applications where precision and aesthetics are inseparable considerations, such as in the production of consumer electronics and high-end mechanical components.