Connection Base is a critical structural component in industrial equipment primarily used to support and connect various mechanical assemblies ensuring overall equipment stability and precision. Our connection bases are manufactured using high strength cast steel or aluminum alloy materials through precision machining and heat treatment processes, offering excellent rigidity, vibration resistance, and durability suitable for high load and high precision industrial applications. The products strictly adhere to international quality standards and provide comprehensive customization services according to customer needs, widely used in automation equipment, heavy machinery, and precision instruments.

• High structural rigidity and stability
• Precision machining ensures mounting accuracy
• Excellent vibration resistance and damping properties
• High strength materials with wear and corrosion resistance
• Multiple standard interface designs
• Easy installation and debugging
• Support for personalized customization
• Long service life with low maintenance costs

• Industrial automation lines
• CNC machine tools
• Heavy machinery manufacturing
• Robot integration systems
• Precision measuring instruments
• Logistics conveying equipment
• Power transmission systems
• Equipment mounting bases

We provide professional customization services, able to adjust connection base dimensions, materials, structural design, and surface treatments according to customer requirements, supporting 3D modeling and sample prototyping to ensure perfect compatibility with your equipment mounting needs.

Our professional technical team offers end-to-end services from design consultation and installation guidance to after-sales maintenance, with rapid response to customer needs, providing technical documentation and on-site support to ensure optimal user experience.

Our connection bases utilize optimized structural design and precision manufacturing processes, significantly improving equipment mounting accuracy and operational stability, reducing precision loss caused by vibration, extending equipment service life, making them an ideal choice for high-end equipment manufacturing.