Offering services in logistics equipment design, manufacturing, and assembly.
Services
Precision Manufacturing
Advanced cutting and bending techniques ensure parts fit perfectly, improving assembly accuracy and equipment reliability.
Highly Customizable
Fabrication can be tailored to specific dimensions and functional needs, allowing seamless integration into various logistics systems.
Corrosion and Wear Resistance
Surface treatments like powder coating or galvanizing protect equipment from rust, extending service life.
Protective Surface Finishing
Apply powder coating, painting, or plating to protect against rust, corrosion, and wear.
Thorough Quality Inspection
Check all parts for size accuracy, strength, and surface quality before final delivery.
Services
The manufacturing of logistics equipment is a complex process that encompasses design, material processing, assembly, and testing. Below is a comprehensive introduction to the entire manufacturing process, integrating key technologies such as sheet metal processing, welding, and machining:
1. Requirement Analysis and Design Phase
2. Raw Material Preparation and Pre-treatment
3. Core Manufacturing Process
Sheet Metal Processing: Material cutting → Forming → Joining
Heavy Structural Welding: Welding process selection (welding method); Quality control (pre-welding and post-welding preparations).
Machining: Machine tool processing (turning and milling); Special processes (heat treatment and surface hardening).
Assembly and Final Assembly: Sub-assembly; Final assembly and debugging.
Surface Treatment and Coating
Quality Inspection and Testing
Services
Common Issues and Solutions in Logistics Equipment Fabrication:
What are the most common material-related issues in logistics equipment fabrication?
A frequent challenge is material deformation or fatigue due to poor quality or inappropriate material selection. This can lead to structural failures in racks, containers, or conveyors. The solution lies in selecting high-grade steel or alloy materials with proper load-bearing characteristics, and ensuring strict quality checks during procurement.
Why do welded joints in fabricated equipment fail over time?
Weld failures are often caused by improper welding techniques, lack of pre-treatment, or stress concentration in the design. Solutions include training welders in industry-standard practices (e.g., MIG/TIG), implementing non-destructive testing (NDT), and designing joints that evenly distribute loads to minimize fatigue.
How can surface corrosion of fabricated equipment be prevented in harsh logistics environments?
Exposure to moisture, chemicals, or extreme temperatures can lead to corrosion. Prevention strategies include using galvanized or powder-coated finishes, selecting corrosion-resistant materials like stainless steel, and applying anti-corrosive treatments regularly as part of maintenance routines.
