High Efficiency: Thanks to its high rigidity structure and high-speed intelligent palletizing process package, efficiency has been improved by 20%, helping customers complete their work more quickly and economically.
Advanced Safety: Industrial grade force sensor with high reliability. Supports level 10 collision detection and sensor safety detection. Provides 16 safety I/O interfaces to ensure safety functions are maintained even in the event of a single fault.
Easy Deployment: Integrated design, light weight, and flexible with a small footprint. New tasks can be deployed quickly and efficiently on workstations. Visual programming allows ordinary employees to manipulate robots without mastering complex programming languages.
Product Description & Application
Industrial robots and automated production lines are progressively replacing traditional manual labor in various factory settings. Handling remains a primary application field, accounting for approximately 40% of overall robot usage. Our systems are widely used in food, medicine, 3C, daily chemicals, and e-commerce.
Key Application Scenarios
Handling & Palletizing: High-speed loading, unloading, and stacking operations.
Robot Welding: Spot welding and arc welding for machining and automotive industries.
Assembly: Precise installation and disassembly of parts using advanced sensor technology.
Spraying: Painting, dispensing, and coating applications.
Machining: Parts casting, laser cutting, and sheet metal bending.
Robot Characteristics
Flexible: Multi-joint structure adapts to complex postures and environments.
High Dexterity: Multiple movable joints for a wide variety of actions.
Accuracy: High-precision position and attitude control.
Adaptive: Adjustable parameters for force, angle, and speed based on task requirements.
Product Visuals
Frequently Asked Questions
1. What industries are these industrial robots suitable for?They are widely used in automotive parts, photovoltaics, food and beverage, building materials, logistics, warehousing, 3C, and daily chemicals.
2. How long does it take to recover the investment cost?On average, it takes 6-12 months for enterprises to recover their investment costs through increased production efficiency and reduced labor costs.
3. Is special programming knowledge required to operate the robot?No, the system features visual programming which is simple and efficient. Ordinary employees can typically master programming methods in half an hour.
4. What safety features are integrated into the system?The robots include industrial-grade force sensors, Level 10 collision detection, and 16 safety I/O interfaces to ensure safety even during human-machine collaboration.
5. What are the main advantages of multi-joint robots?Multi-joint robots offer high flexibility, dexterity, and accuracy. They can realize complex movements and adjustments to adapt to various working environments and tasks.
6. Can these robots handle different types of tasks?Yes, they are versatile and can be quickly switched between functional scenarios such as handling, palletizing, welding, assembly, and spraying.
Mobo Robot
