High Precision Welding Platform for Automated Assembly Industrial Robots is a high-rigidity, high-precision tooling platform designed for automated welding and assembly of industrial robots. Its standard size is 1500mm (length) × 1000mm (width), and it adopts the D28 (28mm aperture) modular hole system, which is suitable for precision welding and assembly in the fields of automobile manufacturing, aerospace, heavy machinery, etc.
Core Features
(1) High-precision hole positioning system (D28 standard)
The hole diameter is 28mm, and the hole spacing is usually 50mm or 100mm in a standardized arrangement, which is compatible with various fixtures and positioning pins.
High positioning accuracy (within ±0.05mm) ensures the repeatability of robot welding or assembly.
Three-dimensionally adjustable, supports precision adjustment in the X/Y/Z directions, and adapts to the positioning requirements of complex workpieces.
(2) High rigidity & high temperature resistant structure
Material: high strength cast iron or special alloy steel, heat treated and precision ground to ensure long-term stability.
High temperature resistance: can withstand welding spatter and local high temperature (up to 300°C or above in a short period of time).
Anti-deformation: high rigidity structure, load-bearing capacity is usually ≥1000kg/m², suitable for welding heavy workpieces.
(3) Modular & scalable design
Support splicing expansion: can be combined with other platforms of the same specification to form a larger working area (such as 3000×2000mm).
Quick changeover: compatible with standard fixtures (such as positioning clamps, hydraulic/pneumatic clamping devices), reducing line change time.
(4) Robot automation integration
Adaptable to mainstream industrial robots.
Automatic positioning systems can be integrated (such as servo-driven positioning pins, laser alignment systems).
Supports automated assembly line docking (such as AGV handling, automatic loading and unloading system).
1-side welding tables 5-side welding tables
Main application areas of
High Precision Welding Platform for Automated Assembly Industrial Robots
(1) Robotic automated welding
Automobile manufacturing: body welding, chassis structural parts welding.
Engineering machinery: excavator boom, crane structural parts welding.
Rail transportation: high-speed rail/subway body frame welding.
(2) Precision assembly and inspection
Aerospace: aircraft parts assembly, engine parts positioning.
Energy equipment: precision assembly of wind turbine towers and nuclear power equipment.
3D measurement benchmark: as a positioning platform for CMM (coordinate measuring machine).
(3) Flexible Manufacturing System (FMS)
Supports multi-variety, small batch production and fast switching of different workpieces.
Suitable for smart factories and integrated with MES (manufacturing execution system).
Advantages summary
1.High precision: ensures the repeatability of robot welding/assembly (±0.05mm).
2.High rigidity: anti-deformation, suitable for heavy workpieces.
3.Modularity: fast changeover, adaptable to multi-variety production.
4.Automation integration: perfect fit for industrial robots and intelligent production lines.
5.Long life: wear-resistant, high temperature-resistant, low maintenance cost.
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√ Wuxi Lemar Machinery Equipments Co., Ltd. is a high-tech enterprise specializing in automated welding equipment and H-beam equipment. Our company has developed a series of professional equipment such as CNC cutting equipment, Beveling equipment, welding equipment, etc.
√ On the basis of continuously absorbing advanced technologies and processes domestic and abroad,our products are widely used in pressure vessels, petrochemicals, power stations, heavy machinery, ships, steel structure buildings and other industries.Most of the products have reached advanced international levels.
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How to use a High Precision Welding Platform for Automated Assembly Industrial Robots for better and quicker woking?
1.Consider the characteristics of the workpiece: select appropriate platform model according to the size, shape and weight of the workpiece. For example, D16 series platforms are often used for sheet metal and small steel structures, while D28 series platforms are often used for large steel structures and heavy machinery industry.
2.Selecting the Platform Structure: Flexible welding platforms are categorized into three main series based on their structural types: hole system combination fixtures, slot system combination fixtures, and combination punches. The slot system combination fixtures are available in three sizes: 16mm, 12mm, and 8mm, corresponding to large, medium, and small combination fixtures, respectively. Choose the appropriate structural type based on your specific requirements.
3.Select the right material and manufacturing process: Choose a platform produced by a regular manufacturer to ensure that the material meets national standards (such as cast iron HT200-300) and that the manufacturing process is excellent. Pay attention to checking the hardness of the working surface of the platform, which should be HB170-240 and has been properly heat-treated to ensure its stability and durability.
4.Consider the platform's scalability and adaptability: Evaluate whether the platform can be extended by adding support components (such as U-shaped square boxes, L-shaped square boxes, or angle iron supports) to accommodate larger workpieces. Assess whether the platform can be easily assembled and combined according to the shape and size of the workpiece.
Shipping & Support
✓ FOB/CIF terms available
✓ DDU/DDP shipping to 50+ countries
✓ Trade assurance through PICC/Country bank
Purchase suggestions
1.Confirm robot compatibility (such as KUKA, ABB and other interfaces).
2.Evaluate load-bearing requirements (heavy workpieces require higher rigidity structures).
3.Consider scalability (whether a larger platform needs to be spliced in the future).
4.Choose surface treatment (anti-rust coating or hard chrome plating to adapt to different environments).
5.Matching fixture system (pneumatic/hydraulic/mechanical fixtures are selected according to the type of workpiece).
High Precision Welding Platform for Automated Assembly Industrial Robots is ideal for robotic automated welding and assembly, and is particularly suitable for high-precision, high-flexibility, and high-load intelligent manufacturing scenarios. Its modular design and excellent rigidity make it widely used in industries such as automotive, aerospace, and heavy machinery.
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High Precision Welding Platform for Automated Assembly Industrial Robots is a high-rigidity, high-precision tooling platform designed for automated welding and assembly of industrial robots. Its standard size is 1500mm (length) × 1000mm (width), and it adopts the D28 (28mm aperture) modular hole system, which is suitable for precision welding and assembly in the fields of automobile manufacturing, aerospace, heavy machinery, etc.
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