High-Quality DXB-NC301 Cantilever plasma surfacing system Manufacturer, Suppliers

The walking mechanism is driven by imported linear guide rail, precision worm gear reducer and stepping motor, with small transmission clearance, high rigidity, stable and reliable operation and convenient integration.

Product Description

Advanced Drive System: Driven by imported linear guide rails, precision worm gear reducers, and stepping motors. Features small transmission clearance, high rigidity, and stable operation.
High Automation: Achieves full welding process automation, improving labor productivity and reducing operator intensity effectively.

Our equipment ensures an alloy layer with metallurgical bonding to the workpiece substrate, resulting in exceptionally high bonding strength. The surfacing process is characterized by fast speeds and low dilution rates; specifically, the dilution ratio of powder plasma arc surfacing can be strictly controlled within 5% - 10% or even less.

The final surfacing layer boasts a compact structure and a beautiful appearance. This solution is ideally suited for surfacing and surface repair of various plane products, making efficient automatic production a reality.

Configuration Items Model and Brand Main Parameters Description
Transverse fixed arm suspension beam Research and control stepping motor Effective stroke 1900mm
Welding torch lifting mechanism Research and control stepping motor Effective stroke 150 mm
Walking base Research and control stepping motor Effective stroke 2300mm
Arc voltage tracking Multi wood integration
Current communication 485 communication
Working platform Customized
Console Two axis CNC system programming, equipped with hand-held button control box.
Reference footprint 3600 mm long, 3400 mm wide and 1900 mm high.
Frequently Asked Questions
1. What driving components are used in the walking mechanism? The walking mechanism is powered by an imported linear guide rail, a precision worm gear reducer, and a high-performance stepping motor for stable and rigid operation.
2. How strong is the bonding of the surfacing layer? The alloy layer achieves metallurgical bonding with the workpiece substrate, ensuring high bonding strength and structural integrity.
3. What is the typical dilution rate for this process? The dilution ratio of the powder plasma arc surfacing can be controlled within a very low range of 5% to 10% or less.
4. What are the main applications for this equipment? It is specifically designed for the surfacing and surface repair of plane products, supporting efficient automated production.
5. What kind of control system does the machine use? The machine utilizes a two-axis CNC system for programming and is equipped with a convenient hand-held button control box for manual adjustments.
6. Does the system support automated welding? Yes, the equipment offers a high degree of automation, allowing for the complete automation of the welding process to reduce labor intensity.

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