Market analysis and application of CNC robots, explosion-proof collaborative robots and explosion-proof robotic arms

Market analysis and application of CNC robots, explosion-proof collaborative robots and explosion-proof robotic arms

Market analysis and application exploration of CNC robots, explosion-proof collaborative robots and explosion-proof robotic arms

This article analyzes the market situation of CNC robots, explosion-proof collaborative robots and explosion-proof robotic arms, and introduces related brand enterprises and application cases. The considerations for the procurement of CNC robots and the explosion-proof methods of cobots are discussed, and the work efficiency of explosion-proof robotic arms is also mentioned. These contents provide readers with comprehensive industry information and practical advice.

Industrial explosion-proof collaborative robot - AI painting

1. Precautions for CNC robot procurement

A CNC (Computer Numerical Control) robot is an automated machine tool controlled by a computer program that can perform various machining tasks, such as milling, turning, drilling, etc.

A CNC robot is an automated device that is used to perform precise cutting and machining tasks. Here are some key factors to consider when shopping for a CNC robot:

1. Working range: choose the appropriate station size and number of axes. According to the size and shape of the workpiece you want to machine, determine the size of the machine and the number of axes required.

2. Accuracy: Accuracy is one of the most important performance indicators of CNC robots. Make sure you buy a machine that meets your required accuracy requirements.

3. Speed: The speed of the CNC robot directly affects the production efficiency. Choosing a machine tool with high speed and acceleration can increase productivity.

4. Control system: The control system of the CNC robot is its brain. Choosing an easy-to-use, powerful control system can increase the ease of use and productivity of your machine.

5. Machine tool quality: The quality of the machine tool directly affects its reliability and service life. Choosing a well-known brand of machine tool can ensure the quality and after-sales service of the machine tool.

6. Budget: Make sure you have a reasonable budget and don't exceed your financial means. When purchasing a CNC robot, consider other related costs such as installation, training, maintenance, etc.

7. Technical support: Choosing a manufacturer or service provider that provides good technical support can make it smoother for you to use the machine.

Considering the above factors, combined with the actual needs and future development plans of the enterprise, select the most suitable CNC robot products. At the same time, it is also necessary to consider the general direction of national industrial policy and industrial upgrading, support the development of the domestic robot industry, and promote the automation and intelligent upgrading of the manufacturing industry.

2. How to do explosion-proof collaborative robots

A cobot is a type of programmable robot that is often used to work alongside humans and can play a role in manufacturing, healthcare, scientific research, and more.

Collaborative robots need to meet the following requirements for explosion-proof:

1. Multiple explosion-proof: adopt ultra-high load self-weight ratio, positive pressure explosion-proof system, reliable sealing performance, shell adopts multiple seals, so as to achieve intrinsic safety, positive pressure and other composite explosion-proof structure, equipped with air pressure monitoring system, realize the whole process detection, reduce the risk of explosion to zero.

2. Protection level: IP65 protection level, high safety factor.

3. Easy to use, flexible and convenient: no need for professional explosion-proof and programming knowledge, even if you have zero foundation, you can easily get started, fast drag operation, automatic programming, high degree of intelligence. In addition, it has the characteristics of compact size, easy handling, and small footprint.

4. Wide application and free expansion: It can meet the needs of petroleum and petrochemical (petroleum smelting, hazardous gas transfer, environmental inspection), painting (surface painting and powder spraying of metal and plastic products), services (such as automatic refueling of automobiles, gas, etc.), and is suitable for scenes with more dust and obvious liquid splashes.

5. Overall explosion-proof effect: The robotic arm and control cabinet have obtained explosion-proof certificates to achieve the overall explosion-proof effect.

6. Reliable sealing performance: the leakage compensation positive pressure explosion-proof measures of medium isolation ignition source are adopted, and the shell adopts multiple seals, so as to realize the composite explosion-proof structure such as intrinsic safety and positive pressure.

7. Continuous ventilation positive pressure explosion-proof: The control cabinet adopts continuous ventilation positive pressure explosion-proof, which can effectively enhance the heat dissipation of the control cabinet while ensuring the explosion-proof performance.

8. Flameproof explosion-proof cabinet: used to place other electrical components in the system, while ensuring safety, it can effectively protect the damage to components during the movement of components.

In short, collaborative robots need to meet the requirements of multiple explosion-proof, protection level, simple and easy to use, wide application, overall explosion-proof effect, reliable sealing performance, continuous ventilation positive pressure explosion-proof and flameproof explosion-proof cabinets.

3. The working efficiency of the explosion-proof robotic arm

Explosion-proof robotic arms need to be designed to operate safely in flammable and explosive atmospheres, which often means that they need to comply with specific explosion-proof standards such as ATEX, IECEx, etc. These standards specify the explosion protection requirements that must be met by the materials, construction, electrical systems, and other critical components of the robotic arm. As a result of these additional safety measures, there may be an impact on some of the robotic arm's performance parameters, including work efficiency.

The efficiency of an explosion-proof robotic arm is affected by several factors, and here are some of the key ones:

1. Load capacity: The load capacity of a robotic arm refers to the maximum load it can bear. The higher the load capacity, the more work can be done in less time.

2. Running speed: Running speed refers to the distance that the robotic arm can move in a unit time. The faster you run, the more efficient you are.

3. Repeatability: Repeatability refers to the accuracy of the repeated position of the robotic arm when performing repetitive tasks. The higher the repeatability, the higher the work efficiency, because the robotic arm can complete precise tasks in less time.

4. Working range: The working range refers to the range of space that the robotic arm can reach when performing the task. The larger the working range, the higher the efficiency because the robotic arm can perform tasks over a wider area.

5. Ease of use: An easy-to-use explosion-proof robotic arm can save time and improve production efficiency. If the robotic arm requires a professional operator or has a complex setup, then the work efficiency may be affected.

6. Maintenance cost: If the explosion-proof robotic arm needs frequent maintenance and replacement of parts, then this will increase the production cost and reduce the work efficiency.

7. Application field: Different application fields have different requirements for the working efficiency of explosion-proof manipulators. For example, in work scenarios that require a high degree of precision and repeatability, such as microelectronics manufacturing, robotic arms need to have higher precision and repeatability.

In general, the efficiency of explosion-proof robotic arms is affected by a variety of factors, including load capacity, operating speed, repeatability, working range, ease of use, maintenance costs, and application areas. When choosing an explosion-proof robotic arm, you need to consider these factors comprehensively to ensure that the robotic arm can meet your work efficiency requirements.

Fourth, the market analysis report, brand enterprises, application cases of a brief analysis

With the rapid development of intelligent manufacturing technology, CNC robots and explosion-proof collaborative robots have become the core equipment in the field of automated production in high-risk environments. Especially in industries with potential explosion hazards such as chemicals, energy, and mining, the safety and work efficiency of explosion-proof robotic arms have received unprecedented attention, and the market demand has shown a strong growth trend.

CNC robot market

The CNC robot market continues to grow, mainly benefiting from the demand for automation and intelligence in the manufacturing industry. With the advancement of Industry 4.0, CNC robots will be more widely used in all walks of life. According to market research data, it is expected that the CNC robot market will grow at an average annual rate of about 10% in the next few years.

Explosion-proof collaborative robot market

With the improvement of safety production awareness, the explosion-proof collaborative robot market has gradually attracted attention. In the chemical, petroleum, gas and other industries, the application demand for explosion-proof collaborative robots is growing. It is expected that in the next few years, the market size of explosion-proof collaborative robots will grow at an average annual rate of about 15%.

Explosion-proof robotic arm market

In explosive environments, the application demand for explosion-proof robotic arms is gradually increasing. With the continuous progress of related technologies, the performance and function of explosion-proof robotic arms will be further improved, and the market scale will continue to expand. It is expected that in the next few years, the market size of explosion-proof robotic arms will grow at an average annual rate of about 12%.

Introduction of related brand enterprises

At present, there are many well-known CNC robot and explosion-proof robotic arm brand enterprises in the market, such as ABB, FANUC, KUKA, Yaskawa, etc. These companies offer a wide range of products and solutions across the globe to meet the needs of different industries. Among them, ABB's IRB 6700 series robotic arm is a robotic arm specially designed for explosion-proof environments, with excellent performance and safety.

1. Fanuc: The world's leading manufacturer of industrial robots, offering many types of robots, including CNC robots and collaborative robots.

2. ABB: A global leader in power and automation technology, offering a comprehensive range of robotic solutions covering CNC, collaboration and explosion protection.

3. Kuka: A well-known German manufacturer of industrial robots, whose products are widely used in automotive, electronics, food and other industries.

4. Yaskawa Electric: A well-known robot manufacturer in Japan that offers various types of industrial robots, including CNC and collaborative robots.

5. AUBO explosion-proof collaborative robot: As a leading enterprise in China, AUBO (Dalian) Robot Co., Ltd.'s latest generation of explosion-proof collaborative robot has attracted much attention at domestic and foreign exhibitions. With the technical advantages of independent research and development and strict explosion-proof certification, its products have successfully entered the international market and have been widely used in many high-risk fields in China, such as petrochemical industry and mineral mining.

6. Han's Robot: Han's Robot has also made an important breakthrough in the field of explosion-proof robotic arms, and its Elfin-Ex series explosion-proof collaborative robots are specially designed for flammable and explosive environments, with a higher level of explosion-proof certification and protection capabilities, effectively meeting the needs of safe production. This series of products has been deployed in coal mining, petroleum and petrochemical industries and has achieved good practical results.

7. EFORT: EFORT is a well-known industrial robot enterprise in China, providing CNC robots that meet explosion-proof standards. For example, the EFORT EA14 robot is suitable for tasks such as welding, handling, etc., and has a high safety performance in explosion-proof environments.

Market analysis

Integration of artificial intelligence technology: With the development of artificial intelligence technology, CNC robots, explosion-proof collaborative robots and explosion-proof robotic arms will be better integrated into the production line to improve production efficiency and quality.

Growth in demand for personalized customization: With the transformation and upgrading of the manufacturing industry, the demand for personalized customization of robots will continue to grow, promoting the innovation and upgrading of CNC robots, explosion-proof collaborative robots and explosion-proof robotic arms.

Development of 5G technology: The commercial use of 5G technology will bring faster and more stable communication connections to CNC robots, explosion-proof collaborative robots and explosion-proof robotic arms, and improve production efficiency and safety.

Improvement of safety production awareness: With the continuous improvement of safety production awareness, explosion-proof collaborative robots and explosion-proof robotic arms will be applied in more industries, driving the growth of market demand.

In general, CNC robots, explosion-proof collaborative robots and explosion-proof robotic arms have important application value in the field of industrial automation, which can improve production efficiency and ensure production safety, and have broad market prospects.

To sum up, CNC robots, explosion-proof collaborative robots and explosion-proof robotic arms have important application value in the field of industrial automation, which can improve production efficiency and ensure production safety. When purchasing, you need to pay attention to factors such as working range, accuracy, and speed. There are many well-known brands in the market, such as Epson, Siemens, Fanuc, cobots, Universal Robots, and explosion-proof robots. Application cases include Foxconn's electronic product assembly, BMW car assembly, etc. With the development of artificial intelligence, 5G and other technologies, these robots will have a wider range of applications, and the market demand will continue to grow.