Climbing Wall Robot
Climbing Wall Robot is also called Derusting Robot with Swing Arm that utilizes the flexibility and precision of a robotic arm, combined with rust removal tools or devices, to automatically remove rust from metal surfaces. It can efficiently and accurately complete rust removal tasks in complex work environments.
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Product Introduction
Main advantages
Efficient rust removal capability:
The highest rust removal efficiency reaches 40 ㎡/h, supporting ultra-high pressure water jet (280MPa) and sandblasting process (water sand or dry sand), suitable for surface treatment needs of different degrees of rust.
Multi functional homework module:
Equipped with a three degree of freedom robotic arm, it can quickly replace front-end tools such as ultra-high pressure water rotating nozzles, water sand spray guns, and dry sand spray guns, achieving multi process coverage (such as rust removal, coating peeling, etc.).
Intelligent control and mobility:
Support remote wireless control operation, with a moving speed of 0-4m/min, suitable for complex surface operations such as petrochemical storage tanks and ship shells;
The robotic arm has a swing of 120 °, covering a wide range of operations, and has the ability to perform reciprocating rust removal operations.
Compact structure and high adaptability:
The size is 890 × 950 × 490mm, with a lightweight design that can enter narrow spaces and is suitable for restricted areas such as tanks and ships.
Product specification
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Dimensions: |
890 × 950 × 490mm (compact)/786 × 1154 × 550mm (heavy) |
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Whole machine weight: |
≤ 90kg (light)/300kg (heavy) |
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High pressure water jet pressure: |
2800 bar (280MPa), supports continuously variable speed adjustment |
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Rust removal efficiency: |
15-40 ㎡/h, covering Wa 2.5 or Sa2.5 standards |
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Applicable channel diameter: |
≥ 600mm manhole (in tank operation scenarios) |
Product details
Application:
Mechanical arm rust removal robots are widely used for rust removal of metal structural components in industries such as ships, bridges, construction, automobiles, and machinery. It can improve rust removal efficiency, reduce manual labor intensity, while ensuring consistency and stability of rust removal quality.
Photos of Climbing Wall Robot
Packaging and delivery
Packing: by container or as customers's required.
Delivery: deliver to major ports in your country.
FAQ
Q: What rust removal techniques do robots use?
A: Sandblasting rust removal: removing surface rust layer by high-speed spraying of sand particles, suitable for large-scale operations.
Laser rust removal: using laser to accurately remove rust, avoiding substrate damage, suitable for refined scenes.
High pressure water jet: using high-pressure water flow to clean the surface, environmentally friendly and with minimal damage.
Magnetic rust removal: By adsorbing rust particles through a magnetic field, it is suitable for surfaces of magnetic conductive materials.
Q: In which industry scenarios are they mainly applied?
A: Shipbuilding: Adapt to the curved surface of the hull's outer panels and can overcome obstacles such as welds and drainage outlets.
Petrochemical energy: used for tank inspection, painting and anti-corrosion, and facility maintenance.
In the field of nuclear power, perform tasks such as testing, thickness measurement, and non-destructive testing of nuclear waste liquid storage tanks.
Building bridges: achieving high-altitude wall cleaning, spraying, and bridge inspection.
Q: What are the technological advantages reflected in?
A: Adaptive capability: The magnetic adsorption unit supports full surface operation, with a minimum curvature radius of 0.5 meters.
Obstacle crossing performance: crossing 25mm high welds or staggered structures to ensure continuous operation.
Intelligent control: Remote monitoring of device status through mobile app, supporting fault diagnosis.
Modular design: easy to deploy and maintain quickly, reducing operation and maintenance costs.
Q: How to ensure the safety and stability of homework?
A: Adsorption system: using permanent magnet or negative pressure adsorption technology to adapt to different material wall surfaces.
Compression component: Use pre pressure to compress the track to prevent slipping or detachment.
Redundant design: The multi degree of freedom body platform ensures stable fit of complex surfaces.
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