### Machine Bases and Pedestals for Palletizing Machines and Robot Arms
**Product Overview**
Designed specifically for palletizing machines and robot arms, this series of machine bases and pedestals offers two material options: aluminum alloy and high-quality carbon steel, providing reliable support for core components of automated equipment.
**Core Advantages**
- **Complementary Performance of Dual Materials**
- **Aluminum Alloy (6063-T5)**
Crafted from 6063-T5 aluminum alloy with artificial aging treatment, it balances excellent strength and machinability. With a density of approximately 2.7g/cm³, it is lightweight, effectively reducing the overall load of equipment—particularly suitable for scenarios requiring mobility and high-speed operation. Its tensile strength reaches 160MPa, meeting the intensity demands of most palletizing and robotic arm operations, while its high impact toughness makes it insensitive to notches.
- **High-Quality Carbon Steel**
Through quenching and tempering processes, the carbon steel achieves a tensile strength exceeding 500MPa, capable of bearing ton-level weights. Specifically designed for heavy-duty palletizing equipment, it ensures long-term stable operation.
- **Precision Manufacturing Processes**
The base surface is precision-milled via CNC, with flatness controlled within 0.05mm and mounting hole accuracy reaching H7 grade. This enables seamless docking with interfaces of robotic arms and palletizing machines, minimizing assembly errors and enhancing equipment operation precision.
- **Full-Scenario Adaptability** - **Carbon Steel**: Treated with double-layer anti-rust galvanizing and powder coating, it passes salt spray tests exceeding 1,000 hours, suitable for humid, dusty, or oily environments. - **Aluminum Alloy (6063-T5)**: Its surface easily forms a dense aluminum oxide film, offering natural corrosion resistance. It can operate stably in clean workshops or food-grade scenarios and features good weldability for convenient maintenance and modification. **Application Value**Widely used in logistics sorting, intelligent manufacturing, warehouse automation, and other fields, these bases and pedestals build a solid "foundation" for palletizing robots. They effectively reduce equipment vibration loss, extend robotic arm service life, and help enterprises improve the efficiency and reliability of automated production lines.
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