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Programmeerbare industriële gebruikte robotarm

Programmeerbare industriële gebruikte robotarm

The maximum weight capacity is 20KG, and the maximum arm length is 1850mm. Lightweight arm design, compact and simple mechanical construction, may be carried out in a limited workspace flexible work, satisfy the demands of flexible production.
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BRTIRUS1820A

 

Programmable industrial used robot arm is a six-axis robot designed for complicated tasks requiring numerous degrees of freedom. The maximum weight capacity is 20KG, and the maximum arm length is 1850mm. Lightweight arm design, compact and simple mechanical construction, may be carried out in a limited workspace flexible work, satisfy the demands of flexible production.

 

It has six levels of adaptability. Loading and unloading, injection machine, die casting, assembly, coating industry, polishing, detection, and other applications. It is appropriate for injection molding machines ranging in size from 500T to 1300T. The wrist is protected to IP54 and the body is protected to IP50. Water-proof and dust-proof. The repetition placement precision is 0.05mm.

 

 

 

 

robot in cups handling application

 

Programmable industrial used robot arm's potential benefits for small and medium-sized enterprises:

 

 

1. Automation cost reduction: Brandt products are reasonably priced, cost-effective, and easier to integrate and operate. This enables small and medium-sized enterprises to introduce automation solutions at lower costs, improving production efficiency and competitiveness.

 

 

2. Improvement of production efficiency: Small and medium-sized enterprises usually face a series of challenges in the production process, such as a shortage of human resources and low production line efficiency. The six axis universal industrial robot can automatically perform repetitive tasks and tedious processes, greatly improving production efficiency and yield.

 

 

3. Flexible adaptation to market demand: The six axis universal industrial robot has programmability and flexibility, and can be reconfigured and adjusted according to needs. This means that small and medium-sized enterprises can quickly adapt to changes in production lines and flexibly adjust their production capacity and product portfolio.

 

 

4. Improving safety and working conditions: Six axis universal industrial robots can help small and medium-sized enterprises improve working conditions and ensure employee safety. They can be used to perform hazardous or repetitive tasks, thereby reducing the risk of personnel exposure to potentially hazardous environments.

 

 

5. Innovation and competitiveness enhancement: Introducing six axis universal industrial robot technology can enable small and medium-sized enterprises to achieve innovation and competitiveness enhancement. By automating and improving production efficiency, enterprises can invest more resources and energy in product research and development, market expansion, and customer service, thereby achieving business growth and expanding market share.

 

 

 

industrial robot in polishing usage

 

 

 

Automated production: Six axis universal industrial robots can perform repetitive, high-precision, and high-speed tasks, thereby improving the efficiency and yield of production lines. They can complete various tasks, such as assembly, welding, spraying, handling, etc., without human intervention or with few people.

 

 

Improving production line safety: By using robots for tasks in hazardous or high-risk environments, the risk of personnel being exposed to harmful substances, high temperatures, high pressures, or other hazardous conditions can be reduced. This helps to improve workplace safety and protect the health and safety of employees.

 

 

Cost saving: Although purchasing and deploying six axis universal industrial robots may require some investment, they are usually able to achieve cost-effectiveness in long-term operation. They can reduce labor costs, improve production efficiency, reduce error rates, and reduce waste and loss of components.

 

Improving product quality: Programmable industrial used robot arm can maintain consistent accuracy and quality levels during task execution, reducing errors caused by human factors. They can perform high-precision operations to ensure that the product meets specification requirements and improve the quality of the final product.

 

bending pick and place

 

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