Parameter / Process |
Specification & Technical Highlights |
Customer Benefits / Value |
Material |
Grade 304 Stainless Steel (CF8 / 1.4308 Industrial Grade) |
Delivers excellent structural fatigue strength and superior moisture-rust resistance to prevent textile/yarn contamination. |
Application Scenario |
Textile Machinery / High-Speed Looms / Spinning Frames / Knitting Equipment |
Engineered perfectly for complex structural linkages, yarn guides, and high-frequency reciprocating mechanism bases. |
Unit Weight |
0.5687 kg (Lightweight High-Speed Component) |
Minimizes rotational/translational inertia, allowing textile machinery to operate at higher RPMs with reduced energy consumption. |
Pattern Craft |
Advanced 3D Printing Rapid Prototyping |
Eliminates expensive traditional tooling setup fees; ideal for highly complex geometries, rapid engineering iterations, and low-volume production. |
Geometry Profile |
Irregularly Shaped Multi-Hole Structural Architecture |
Integrates multiple functional holes, windows, and weight-saving pockets seamlessly into a single, cohesive cast body. |
Casting Tolerance |
ISO 8062 (GB/T6414) CT6 Grade |
Elite near-net-shape accuracy for printed-pattern castings, ensuring perfect alignment for multi-axis spindle or pin paths. |
Surface Finish |
Precision Media Blasting & Deburring |
Eliminates any micro-burrs or sharp edges that could catch, snag, or damage high-speed moving threads or textiles. |
Textile machinery components operate under continuous, high-frequency kinetic cycles; therefore, multi-hole alignment and structural homogeneity are critical. Our laboratory implements rigid inspection profiles: