The metal mounting ring/fixing seat for precision stepper motor equipment is the core basic component to ensure stable operation of the equipment and achieve precise installation. Made of aviation-grade aluminum alloy or high-strength stainless steel, it is made through CNC precision machining and surface treatment. Its ring structure is perfectly compatible with stepper motors and related components, and can be firmly connected to motor shafts, optical components, and transmission mechanisms through internal threads, buckles, locating pins, and other methods.
2. Product Features
Core advantages | Technical highlights | Application value |
High-precision processing | Using five-axis linkage CNC machine tools for processing, the dimensional tolerance is controlled at ±0.005mm, and the flatness is ≤0.002mm to ensure the precision of installation | Applicable to semiconductors, medical imaging equipment and other fields that require extremely high installation accuracy |
High strength and corrosion resistance | Using aviation-grade aluminum alloy (such as 7075) or 304 stainless steel, the surface is anodized, nickel-plated, etc., the tensile strength is ≥500MPa, and the salt spray resistance test exceeds 1000 hours | Can be used stably for a long time in complex industrial environments to extend the service life of the equipment |
Flexible installation design | Supports a variety of installation interfaces such as internal threads, dovetail grooves, and elastic buckles, and is suitable for stepper motors and components of different brands and models | Reduce the difficulty of equipment assembly and improve system integration efficiency |
Heat dissipation optimization | Special hollow or rib structure design increases the heat dissipation area, and with the thermal conductivity of metal materials, effectively reduces the operating temperature of the motor | Ensure the performance stability of stepper motors under high load operation |
Modular adaptation | Provide standard size series and customized services, which can be quickly combined with reducers, encoders and other components | Meet the personalized installation needs of diverse application scenarios |
III. Product Details
(I) Material and Process
. Material Selection:
Aluminum Alloy Series: 7075 aluminum alloy, with high strength and low density, suitable for lightweight equipment; 6061 aluminum alloy, with balanced comprehensive performance and high cost performance.
Stainless Steel Series: 304 stainless steel, with good corrosion resistance and oxidation resistance; 316L stainless steel, performs better in acid and alkali environments.
. Processing Technology: CNC precision milling and grinding technology, combined with laser cutting and EDM, ensures high-precision molding of complex structures; surface treatment includes anodizing, nickel plating, chrome plating, etc., to enhance wear resistance and protection.
(II) Technical Parameters
Items | Specifications | Description |
Size range | Inner diameter 10-200mm, outer diameter 20-300mm | Provide a variety of standard specifications and support customization |
Thickness range | 3-20mm | Choose according to load and strength requirements |
Coaxiality | ≤0.003mm | Ensure the concentricity of the installed components |
Surface roughness | Ra≤0.8μm | Reduce friction and improve installation adaptability |
Load bearing capacity | 5-500kg | Different models correspond to different load requirements |
(III) Application scenarios
.Semiconductor equipment: used in lithography machines and wafer inspection equipment to fix precision optical lenses and motion modules to ensure nanometer-level positioning accuracy.
.Medical equipment: in CT scanners, surgical robots and other equipment, it provides stable motor installation support to ensure the safety and reliability of equipment operation.
.CNC machine tools: connect stepper motors and screw drive systems to reduce transmission gaps and improve processing accuracy and surface quality.
.Automated production lines: adapt to industrial robot joints and material conveying equipment to achieve rapid installation and efficient operation.