How to Choose the Right 3D Welding Platform?

How to Choose the Right 3D Welding Platform?

When choosing a 3D flexible welding platform,consider the following key factors:workpiece size,precision requirements,application scenario,hole diameter specifications,and material quality.This will help you select a truly suitable and durable platform.

Select Platform Size Based on Workpiece Size:Choose a platform with the corresponding dimensions based on the length,width,and height of the workpieces you process daily.This ensures the workpiece can be fully placed and that there is sufficient space for clamping and operation.Common sizes include 1000×1000,1000×2000,and 2000×2000,and multiple platforms can also be used together.

Select Hole Diameter Series Based on Precision Requirements:

Φ16 series,50mm hole spacing:Suitable for small,precision workpieces,providing finer positioning.

Φ28 series,100mm hole spacing:Suitable for medium and heavy-duty workpieces,offering greater rigidity and more stable clamping.

Simple Guide:Choose 16 for small,precision parts;choose 28 for large,heavy-duty parts.

Consider Casting Material and Rigidity:Prioritize platforms made of high-strength cast iron that have undergone aging treatment.These are less prone to deformation,have better load-bearing capacity,and a longer service life.Inferior castings are prone to shrinkage cavities and deformation,affecting long-term accuracy.

Check Machining Accuracy:Focus on flatness,hole spacing accuracy,and surface finish.Higher accuracy results in more precise workpiece positioning and better welding consistency.High-precision platforms can also serve as inspection and assembly reference platforms.

Check the Completeness of Fixtures:A good 3D welding platform must be equipped with complete modules including positioning components,clamping components,supporting components,locking components,and adjusting components.The more complete the fixture types,the more workpieces it can adapt to,and the more flexible its use.

Choose the Structure Based on the Application Scenarios:

Manual Welding:A standard platform+basic fixtures are sufficient.

Robotic Welding:It is recommended to choose a high-rigidity,high-precision platform,paired with a standardized fixture system.

Multiple Varieties,Small Batch:Prioritize flexible and adaptable complete tooling sets.

Check the Manufacturer's Process and After-Sales Service:Choose a reputable manufacturer with complete casting,machining,and assembly capabilities for more stable quality.Also,pay attention to after-sales service,including installation guidance,fixture matching solutions,and user training.

GB/T 7714:Arslane M, Slamani M, Louhichi B. Advancements andoptimization in fixture layouts and machining processes: acomprehensive review in the context of Industry 4.0[J]. TheInternational Journal of Advanced Manufacturing Technology,2025, 137(11):5387-5404.

MLA:Arslane, Mustapha, Mohamed Slamani, and Borhen Louhichi."Advancements and optimization in fixture layouts andmachining processes: a comprehensive review in the contextof Industry 4.0." The International Journal of AdvancedManufacturing Technology 137.11 (2025): 5387-5404.

APA:Arslane, M., Slamani, M., & Louhichi, B. (2025).Advancements and optimization in fixture layouts andmachining processes: a comprehensive review in the contextof Industry 4.0. The International Journal of AdvancedManufacturing Technology, 137(11), 5387-5404.