Explosion Proof Petrochemical Storage Tank Inspection Robot Oil Tank Climbing Robot

• Customization: Available
• After-sales Service: 1year
• Warranty: 1year
• Model NO.: PLE-500
• Type: Cold Water High Pressure Cleaner
• Operation Type: Movable
• Nozzle Type: Electric
• Application: Commercial
• Condition: New
• Certification: CE, CB, UR
• Customized: Customized
• Oil Pressure(MPa): 24.5
• Model Number: Climbing Robot
• Withstand Pressure: 300MPa
• Maximum Flow: 45lpm
• Cleaning Width: 320mm
• Feed Thread: 1-1/8"-12unf
• Remote Control Distance: 100 Meters
• Input Voltage of Control Box: 220V 50Hz
• Total Power: 1500W
• Transport Package: Wooden Box
• Specification: Customized
• Trademark: PLE
• Origin: China
• Package Size: 180.00cm * 180.00cm * 220.00cm
• Package Gross Weight: 1500.000kg

Product Description

Product Introduction

Wall climbing robots, also known as climbing robots or wall-moving robots, are specialized robots capable of stably adhering to and autonomously moving on vertical, inclined, or even inverted surfaces. They overcome the limitations of traditional robots that can only work on flat surfaces, extending automated operations to three-dimensional space and representing an important branch of robotics technology. They can carry various tools to perform high-risk, high-intensity tasks on complex structures such as high-rise buildings, ships, storage tanks, and pipelines.

Working Principle

Negative pressure adsorption: A negative pressure (vacuum) is generated within a sealed chamber using a fan or vacuum pump, and atmospheric pressure is used to press the material onto the wall surface.

Magnetic adsorption: A strong magnetic force is generated using permanent magnets or electromagnets, causing the material to adhere to a magnetically conductive wall surface (such as steel or iron).

Grasp/grip: Mimicking insects or rock climbers, a robotic arm or claw grips a protruding structure on the wall surface (such as trusses or grids).

Bionic Adsorption: Mimicking the van der Waals forces of a gecko's foot, dry adsorption is achieved using micro/nanostructured materials

Product Advantages

1. High load-bearing capacity, low requirements for wall material (flat surface is sufficient), and mature technology.

2. Extremely strong adsorption force, extremely low energy consumption (permanent magnet), high safety, and unaffected by surface roughness.

3. Adaptable to discontinuous and structured surfaces.

4. Quiet, efficient, adaptable to various materials (including glass), and does not rely on smooth surfaces.

5. Extremely flexible, capable of rapid deployment, and able to fly over obstacles.

Core Functions and Applications

Mobile Platform: Wheeled, tracked, or multi-legged, ensuring mobility and obstacle-crossing capabilities on complex surfaces

Adhesion System: One or more composite adhesion units as described above, providing safety assurance

Sensing and Navigation System: High-definition cameras, LiDAR, ultrasonic sensors

Control System: Local remote control and remote monitoring and autonomous planning.

Application areas: Infrastructure and energy, shipbuilding and marine engineering, petrochemicals, urban management, emergency rescue

Specification

model number	wall climbing robot
Withstand pressure	300Mpa
Maximum flow	45lpm
Cleaning width	320mm
Feed thread	1-1/8"-12UNF
Working efficiency	25-63 h(WJ2)60-120(wJ3/4)
Remote control distance	100 meters
Input voltage of control box	220V 50Hz

Company Profile

Company Name

Pailien Machinery Manufacturing Co., Ltd. is a professional manufacturer specializing in the production of high-performance and high-quality products, and has passed the ISO9001 quality system certification. Our factory has advanced production and processing equipment, strong technical force, and a full range of CNC equipment. It has CNC machining centers, CNC lathes, deep hole boring machines, die boring machines and many other sets of equipment. The products are widely used in highways, railways, bridges, subways, construction, ships, mining machinery, foundation settlement tests, static pressure piles, pile foundation testing and other industries. The product quality is stable and reliable, and all technical indicators have reached international standards.

Climbing robots represent a significant innovation in the field of special-purpose robots. Through advanced adsorption technology and movement mechanisms, they achieve free movement and precise operation on vertical, inclined, and even inverted surfaces, completely breaking the limitations of traditional robots confined to planar work.

Their superior climbing ability relies on core adsorption technology. Three main technological approaches are employed for different application scenarios: on smooth glass curtain walls or ceramic tile surfaces, negative pressure adsorption technology generates a continuous pressure difference to provide strong adsorption force; on steel ships, bridges, or storage tanks, magnetic adsorption technology demonstrates irreplaceable reliability and efficiency with extremely low energy consumption; and cutting-edge biomimetic adsorption technology mimics the microstructure of a gecko's foot, utilizing van der Waals forces to achieve near-silent and highly adaptable climbing, representing the future direction of development.

Currently, climbing robots are no longer just laboratory concepts but are widely used in various high-risk, high-difficulty industrial scenarios. They transform into "high-altitude cleaners," autonomously cleaning the glass curtain walls of skyscrapers; they act as "ship beauticians," efficiently removing rust and painting ship hulls; they serve as "infrastructure doctors," conducting non-destructive testing on large storage tanks and bridges; and they are "energy guardians," ensuring the cleanliness of the panels of large-scale solar power plants. They not only completely liberate humans from dangerous, arduous, and monotonous high-altitude work, greatly improving production safety, but also, with their stable work quality and sustainable operational capabilities, significantly promote the automation and intelligent transformation and upgrading of industries such as construction, shipbuilding, energy, and infrastructure maintenance, demonstrating enormous social value and economic potential.

FAQ

Q1: Does it work with phone cases?

A: Yes! Charges through cases up to 8mm thick (plastic, silicone, or TPU).

Q2: Why does my device charge slowly?

A: Ensure your phone supports 15W wireless charging. Lower power may apply for non-Qi devices.

Q3: How do I claim warranty service?

A: Email your order ID and issue description to ***@***.com. We’ll respond within 24 hours.