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Handling robot

Overview
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Place of Origin:	CHINA
Brand Name:	WEILI
Certification:	ISO9001

Minimum Order Quantity:	1
Price:	Depending on the model number
Packaging Details:	Wooden box, waterproof
Delivery Time:	20 days
Payment Terms:	30% deposit，pay the 70% balance before delivery
Supply Ability:	Advanced manufacturing capabilities for large-scale orders

Description

The vacuum suction cup-type robotic arm is designed with flexible materials, allowing for secure adhesion even when the steel plate surface is uneven. This prevents the risk of falling due to vibrations or tilting. The suction cup fixture is covered with soft material at the point of contact with the workpiece, ensuring that the steel plate does not get scratched. Additionally, during the handling process, it can achieve floating balance without any weight, and it will not cause any impact on the lower steel plate even during lifting actions. To facilitate precise positioning, the vacuum suction cup robotic arm employs a dual-hand coordinated control panel mode. Comparative experiments have shown that dual-hand operation is more efficient and has smaller errors compared to single-hand operation.

Competitive Advantage

In the automotive assembly workshop, a four-axis robot interacts with the RFID and MES systems to achieve Just-In-Time (JIT) material distribution, reducing line-side inventory by more than 30%. Taking the case of a certain 3C electronics factory as an example, after deploying 10 robots, the error rate for cross-floor transportation was reduced to 0.1%, and the equipment utilization rate reached 95%. Applications in low-temperature environments require even greater technological depth: In a pharmaceutical cold chain warehouse, a four-axis robot can operate stably in an environment with a temperature of 25°C. Its clean design, achieved through a dual air filtration system, ensures ISO Class 5 cleanliness. As a result, the efficiency of vaccine handling has improved by 40%. For the handling of heavy coil materials, the modular saddle design allows for adaptive diameter adjustment. An AGV with a capacity of 40 tons can move in all directions using laser navigation, and the energy consumption per cycle has been reduced by 18%.

With the continuous rise in labor costs, many enterprises have encountered difficulties in finding workers for the palletizing process. To address this issue, many companies have started to use palletizing robotic arms from the grain industry as an alternative to manual labor. This equipment can be integrated into any production line and offers intelligent, robotic, and networked automatic palletizing operations. It is controlled by a PLC automatic program, is easy to operate, simple to manage, significantly enhances the company's overall image, and at the same time reduces the labor intensity of production personnel and the cost of palletizing.

The palletizing robot in the grain industry can also be used in conjunction with the fully automated packaging machine at the front end to form a fully automated packaging palletizing line. It can provide customers with a complete set of solutions, including automatic weighing, automatic filling, automatic bag insertion, automatic bag wrapping, automatic sealing, metal detection, weight detection, automatic palletizing, etc. This system can realize the entire process of automation from material supply from the finished product warehouse, bag insertion, weighing, bag filling, sealing, transportation and shaping, weight detection, metal detection, inspection and sorting, marking and printing to automatic palletizing. The system has a long operating time and high reliability; the operating cycle time is short and fast; the production quality of the parts is stable, and the packaging precision is high; it is suitable for harsh production environments and has powerful functions; it is flexible and integrates well with the market, and its general performance is stable.