Robotic 3D Welding Workstation Nitrided
Robotic 3D Welding Workstation Nitrided is a complete workstation designed for robotic automated welding, integrating a nitrided 3D adjustable flexible tooling platform. Its core goal is to achieve full-process automation, high precision, and high-efficiency production of complex three-dimensional workpieces from clamping and positioning to welding.
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Products Type
We offer customization and OEM services. Contact Eva summer for details.
Related Component
| Component | Description & Key Features |
|---|---|
| a) Robotic (Robotization) | Industrial Robot: The core actuator of the workstation. Typically a 6-axis articulated arm robot capable of complex 3D path movements. Welding Power Source & Wire Feeder: High-performance welding equipment (e.g., MIG/MAG, TIG) integrated with the robot for precise process control. Robot Track or Positioner: May include a robot linear track, headstock/tailstock positioner, or L-type positioner to expand the robot's working range or optimize weld positions, enabling coordinated motion between workpiece and robot. |
| b) 3D Welding Workstation | Adjustable 3D Flexible Fixture Platform: The "foundation" and "fixture" of the workstation. Comprises a base platform and numerous independently, precisely height-adjustable (Z-axis) column units. Each column is topped with a multi-function head (e.g., ball-joint swivel) to quickly set up support/clamping points along the X, Y, and Z axes, conforming to the workpiece's 3D contour. Digital Tooling Planning Software: Typically includes dedicated software. Engineers import the workpiece 3D CAD model, and the software helps plan optimal support point layouts, robot/positioner trajectories, and generates precise setup parameters (X, Y, Z coordinates, angles) for all columns and the robot welding program. |
| c) Nitrided (Nitriding Treatment) | Surface Treatment Process: A strengthening treatment applied to critical components of the 3D fixture platform, especially the ball heads, locking mechanisms, and other core moving pairs/contact surfaces. Purpose & Advantages of Nitriding: • Extreme Surface Hardness: Forms an ultra-hard nitride layer (up to HV600) via nitriding, far exceeding conventional quenching. • Superior Wear Resistance: Withstands frequent adjustments, clamping, and abrasion from welding spatter and part handling, greatly extending service life. • Excellent Anti-Galling Properties: Reduces cold welding from metal-to-metal contact, ensuring smoother adjustment. • Precision Retention: High hardness and wear resistance ensure clamping units maintain initial accuracy and clamping force over long-term use, which is crucial for batch consistency. • Moderate Corrosion Resistance: Improves resistance to workshop environments and welding fumes. |
Our Welding table accessories
Screw clamp
Locating bar
Magnetic bolt
Disc horizontal quick clamp
Locking pins
Angle ruler
Products Features
Main Features of Lemar fixture welding table
Workflow and Core Advantages
1. Offline Programming: Complete the workpiece clamping scheme and robot path planning in the software to achieve "programming first before production starts".
2. Quick Changeover: When changing products, workers can quickly adjust the height and position of all 3D platform columns according to the setting charts exported by the software. The entire process can usually be completed within a few minutes to half an hour, realizing flexible automation.
3. Precise Positioning and Welding: The robot operates automatically for precise welding. The nitride-treated fixtures ensure the repeat positioning accuracy of each clamping.
4. Improve Comprehensive Efficiency:
◦ Reduce the tooling preparation time by more than 90% (compared with traditional special fixtures).
◦ Robots perform continuous welding, greatly improving production capacity and consistency.
◦ One person can manage multiple workstations, reducing reliance on senior welders.
Main Application Fields
Robotic 3D Welding Workstation Nitrided is specially designed for automated welding of small-batch, multi-variety, and high-complexity three-dimensional structural components. Typical industries include:
• Aerospace: Aircraft fuselage frames, engine brackets.
• Special vehicles and construction machinery: Excavator booms, frames, crane jibs.
• Rail transit: Locomotive bogies, car body skeletons.
• High-end equipment manufacturing: Complex racks, valve housings, pressure vessels.
Why choose us?
Related Certification
Customer Review
FAQ
If you are looking for a reliable Robotic 3D Welding Workstation Nitridedsupplier, please contact Eva directly now.
We will recommend the most suitable welding fixture system solution according to your application.
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