Automationar is the Leading SCARA Robot Manufacturer in China

With the huge amount of Robot Manufacturing Companies available in the industry, it becomes difficult to understand which company one should side with. Almost all companies provide robots with similar technological developments. However, Automationar is one of the leading one-stop robotics suppliers in China. We provide an endless number of high-efficiency in robotic solutions for manufacturing and production assemblies. These robots vary in models, size, design, and productivity. Let’s check out some of the details related to the SCARA robot:

1.    SCARA

SCARA is the abbreviation of Selective Compliance Assembly Robot Arm or Selective Compliance Articulated Robot Arm. It simply means that these robot arms have been designed to perform a specified task. It was developed by Hiroshi Makino, a Japanese professor at the University of Yamanashi.

2.    Tasks

These robots were developed for heavy repetitive work such as picking up and placing heavy materials from one place to another. It is particularly helpful during the assembly and distribution stage. Due to the high tolerance in the payload, certain tasks including tightening the lid to a jar or stacking a set of plywood for transport can be easily performed by the SCARA robot. These robot arms are also very useful to perform tasks that are precision-based such as, screwing driving.

3.    Portability

These machines have been developed to eventually fold up on command which serves as a ‘self-packing’ advantage. This allows the employees to move the robot to and from its designated post. These robots are comparatively compact to the rest of the machines; however, they won’t necessarily fit in your purse either. They have been designed to be compatible with frequent movement and a steady position.

4.    High-performance

The SCARA falls under the high-performance robots. The rest of the robotic arms have 360° rotatable joints at the base, shoulder, elbows, and wrists. Whereas, these compact robots have a 360° rotatable joint at the base and up to 150° rotatable joints at the elbows and wrists. For technical reasons, the repeatability speed increases to +/-0.01mm on the SCARA robots. On the other hand, the collaborative robots perform at a lower rate, delivering a repeatability rate of +/-0.01mm  thus leading to a greater number of the final output.

5.    Minimum Maintenance

The rest of the models and makes of the robots require a higher level of regular maintenance.  Whereas, the SCARA models require a very nominal amount of maintenance at an even less of a frequency. SCARA Robot Manufacturers categorize this machine as one of the easiest robotic arms to take care of.

All the factors, features and elements of each robotic arm may vary but they have simply been designed to perform different tasks. Each of them comes with a different purpose. Industrial Robot Manufacturers allow the tasks to be completed with utmost efficiency and reliability.

Features of the Robotic Arm

There are plenty of changing elements in the technological field today. Some of which, include the recent developments in the robotics industry. The term ‘robots’ doesn’t necessarily mean the gadgets and gizmos made to take over the human race. Trust us, these robots aren’t designed for self-destruction. However, they are designed to facilitate the repetitive work required at a production or manufacturing warehouse. These Industrial Robotic Arms have a ton of features, let’s have a look at some of them:

1.    Machine-Power

The development of these machines increases the productivity levels as they are an extension of us humans. They are far more efficient and precise in technical elements. The employees can invest their time into programming and assisting the robotic system, rather than getting involved in tedious and repetitive work. Thus, resulting in saving man-power and time altogether.

2.    Flexibility

The robotic arms tend to be very extremely flexible. These machines are simply divided into joints to easily facilitate the work. They feature a rotatable joint that allows the machines to move freely. The opportunities have increased for the computerized instructions/ commands.

3.     High Expectations

The Palletizing Robots are designed to reach for heavier materials at higher places. These robots are idealized, planned and manufactured with high expectations in terms of efficiency and effectiveness. As these industrial robots play an important role in the loading and unloading system for heavy-materials; they are equipped with strong suction and magnetic grippers.

4.    Efficiency

These robotics are programmed to cut down the chances of human error. The computerized commands given by the manager set the organized movements. The agenda set for day allows the machine to perform the same tasks with the same accuracy, unlike humans. The output per robot to its specified task can be timed, resulting in accurate final output calculations. This helps in keeping inventory of the mass-produced products.

5.    Minimum Manual Labor

Introducing robots into an assembly line also reduce labor costs. It is important to have robots involved to keep up with high-intensity demands for manufacturing. The society has become extremely consumer-oriented thus leading to a high demand for products. Reducing the manpower not only removes the chances of error but, also reduces the overall cost. These funds can be invested in hiring expert technicians instead. Certain aspects are weighed in including tardiness, tiredness, repetition, frequency of changes of an employee, training and total output.

Before investing your time and effort into an assembly line robot, it’s important to know which Robotic Arm Manufacturers qualify as the best. Automationar is known to be one of the leading robotic arm manufacturers. They have a wide range of robots ready to be installed at your factory. Check out the options to find the most ideal robot for you today.

The Growing Demand for Industrial Collaborative Robots

A collaborative robot assist humans in a shared workplace in any industrial unit. These robots, also known as cobots are designed to assist the workforce to complete their tasks more efficiently and obtain maximum efficiency in the work. Robot Manufacturing Companies are engaged in manufacturing cobots that help in varied tasks to meet diversified industry needs such as packaging, welding, transporting merchandise indoors and a lot more. In this way, these robots make the complex and tough logistic tasks much easier and faster. Some of the advanced robots designed by Robotic Arm Manufacturers are also adorned with intelligent functions such as person following, docking to machinery, voice communication, etc.

Some of the important factors leading to the fast growth of collaborative robots are the lack of efficient workers, increase in labor accidents and injuries at the workplace, the cost of medical expenses and workman compensation and insurance cost borne by the manufacturing units, lack of efficiency in the production process, higher product mixes with shorter cycle times, greater need for flexibility in automation and growing pressure for increased ROI in businesses.

One of the primary benefits of collaborative robots is their low cost of deployment. The ease of use and low cost of integration makes them an ideal choice for most kinds of industries. Nowadays, even small manufacturers are looking for robot manufacturing companies to get the best solutions with their budget. Some of the well-known manufacturers like Delta Robot Manufacturers have extensive experience in providing a wide array of cobots to serve the varied needs of industries. These robots are much safer than industrial robots as they improve the efficiency of the workers and work in coordination with them. These robots are very flexible, so they can perform a variety of tasks that helps to increase the ROI of any business.  Some of the appealing benefits of collaborative robots are ease of use, flexibility, safety, and quick ROI.

As the demand for collaborative robots is rising tremendously, Robotic Arm Manufacturers are coming up with a wide array of solutions for industries. Some Robot Manufacturing Companies have introduced robots to sort out the problems faced by the industries on a daily basis. Many studies have shown an increase in the demand for collaborative robots which is expected to reach a value of $7.5 billion by 2027.

Collaborative Robots for Increasing the Production Efficiency

Collaborative robots are nowadays used for variety of applications in a wide array of industrial units. These robots makes the whole process easier and faster. There are many different kinds of collaborative robots such as Welding Robot, palletizing robots etc.

Welding robot is designed to automate welding process so as to increase efficiency and consistency. These robots are capable of obtaining better weld quality, consistent cycle times and no break in production. A robotic welder can achieve superior quality by ensuring the correct welding angle, speed, and distance. These robots assure Ensuring that each welding joint is consistently produced to the highest quality.

A Palletizing Robot helps in making heavy items packaged in boxes or bags, and keep them on a shipping pallet. Palletized robots offer much benefits over conventional palletizers. They can handle much heavier loads, possess lesser space for complete operation, can handle multiple production lines and provide the flexibility to handle various stack patterns. They also provide completely automated tool to handle multiple products. As it assures better improvement in quality, consistency and productivity, palletizing robot reduces the overall cost and consumable energy in addition to lowering workers compensation and insurance costs.

AUBO Cobot manufactures are known for making intelligent collaborative robots for varied industries with state of the art technology and user friendliness for any application. These robots are designed to facilitate ROI in the real production environments. With hand guiding the operator can easily teach/program the robot way points or use a teach pendant and both require no programming skills.

Few collaborative robots can be programmed to guide the robot arm by hand. With the ease of use and low cost of integration, these machines are becoming preferable choice of all manufacturers, even small businesses with lower production volumes. Collaborative robots has led to increase in the production and profit margin, so the tasks can be completed faster. They have been nowadays adopted by a wide array of industries all across the globe. The market for collaborative robots is expected to increase in billions in the coming years.

They also improve the efficiency of the workers as workers are les prone to accidents and injuries. When looking for collaborative robots, one should consider various factors such as objective, efficiency, cost of robot, shipping costs etc. Most manufacturers provide cobots to meet the varied industry needs.

Benefits of Collaborative robots

Cobot, co-robot is also known as Collaborative Robots. These robots share the workspace with humans to interact physically. These are made to design autonomously. Many industrial robots were still the same until 2010. Collaborative and robotics are combined to form cobotics. Corobot is those robots that are built and designed to collaborate with humans. For both humans and robots, a common workstation is made called a cobotic system. These robots can function in areas that are preoccupied with their human counterparts. They are designed with safety features. They can detect collision and force feedback and safe with humans. In the cobot market, universal robots are the leaders.  Collaborative robots are always the best option. Collaborative robot technology is getting advance rapidly. There are three scenarios that why cobots are ideal:

·        Repetitive and unergonomic tasks

·        Short or variable production runs

·        Collaborative environments

Collaborative robots are still young in robotics technology. They are given a short amount of time for a viable automation solution. It is difficult to determine a collaborative robot is your best application. It is not easy to understand between the two forms of robots.

Cobots are capable of working with humans in an office environment. Industrial Collaborative Robots have removed protective guards. Industrial robots are highly complex machines that can work hand in hand with human beings. They help, relieve and support human operators in a conjoint workflow. Cobots may take share from industrial robots because the line between them is getting blur. Cobots are safe and work with humans but they can do only simple and safe tasks that don’t require industrial strength. On the other hand, industrial robots do heavy tasks like welding and are kept in safe barriers. Cobots are getting tough, smart and easy to implement and train in any size of the facility.

  

Collaborative robot technology is advance and can be deployed in different ways.  Collaborative Robot Manufacturers follow three rules to make them. There are many dangerous works which humans cannot do, these robots can do so these are manufactured keeping in mind these things. Robots are flexible; they work very quickly and with great ease. These are very profitable as they do various types of tasks. They work with humans and collaborate with them easily.

Different robot manufacturers and their features

Industrial robots are a robot system that is used in manufacturing. These robots are automatic, programmable and capable of moving on three or more axis. These are used in welding, painting, assembly, painting, labeling and packaging, testing and product inspection and pick place circuit boards. There are different types of industrial robots:

·        SCARA

·        Cartesian

·        Cylindrical

·        Delta

·        Polar

Delta robots are parallel robots that have three arms these are connected to universal joints at the base. These parallelograms arms are used to maintain the orientation of the end factor to the contrast platform that can change the orientation of its end factor. These are used in picking and packaging in factories as they are very fast. These are also known as spider roots and industry parallel. These use servo motors and jointed parallelograms to position plate in its work zone. Delta Robot Manufacturers have made these robots very speedy and best that is suited for extremely light-duty tasks in a small work zone.

Selective compliance articulated robot arm (SCARA) or selective compliance assembly robot arm. These robots deliver you the high performance which is out of the box. These robots are very adaptable and can do various works. SCARA Robot Manufacturers design robots at high speed. They do high-speed assembly tasks in electronic industries.  They are somewhat different from other robots; they do work more easily as compared to other robots as their programming is not complex. These robots are the cheapest but they have good speed for pick and place only delta robots can beat them. These can be easily installed. These are best suited for laser engraving and drawing tasks this is known as high precision of SCARA. SCARA’s new feature is gaining a lot of popularity; this feature is 3D painting but they do on a small scale. Those robots that have 6 axes can do painting on bigger objects. SCARA can do soldering as they have a laser effect that improves efficiency.

Robotic Arm Manufacturers design the arms to assist in mass production in factories like car manufacturing. They can also mitigate the injury of workers. They can also do monotonous tasks so that human workers can do complex work. The technology is getting advanced so the robotic vision and sensor technology is also changing.

Types of Robots and Their Uses…

Robotic engineers are designing next generation robots; these robots will look more like humans, act and feel like them. It will make easy for us to warm up to a cold machine. These robots will react naturally in the environment because they will have real looking hair and skin. There are many benefits of having robots one of them is their flexibility; this helps them in performing variety of application and tasks. Robots are more consistent and precise than human workers. They work so fast that it helps in profit margin and also increase production. There are many things which are dangerous for humans; there we choose robots to do these types of jobs and actions. Robots can go in danger areas like any building which is having bomb. They are used in factories to build different things like cars, electronics and candy bars. There are many dangerous works where humans lose their legs and arms. Robots also have some important components; sensors, controller, locomotion device, end effector and manipulator. Manipulator is that robots also have arms like humans which are called joints and links.

Palletizing Robots are seen in industries like food processing, shipping and manufacturing. Robotic palletizing is available in large variety with payload and reach. There are many end-of-arm-tooling styles which allow flexibility of different types of robot Pillarization. Suction and magnetic grippers handle more ridged items and they grip them from top while bag grippers encompass an item and support it from the bottom. If you make your shop automatic with a palletizing robot this will increase the consistency of loading and unloading process. The automatic palletizing is the process which consist all those activities which are necessary to stack different types of production on a pallet in an automatic and optimized way. Skilled robots are well known in the industry as they are extremely efficient and reliable as these are designed to handle this task. These are user friendly, safe and compact because of their perfect design.

Welding Robot is that use if mechanized programmable tools which automatically do wielding process which performs both handling and welding parts. Gas metal arc welding process is sometimes not automated and are not performed by robot wielding as human operators prepare the metals sometimes. In the automotive industries robot welding is commonly used for resistance spot welding and arc welding in high production. There are many advantages of robot welding; production cost is reduced, quality is improved, productivity and consistency. It delivers parts at reduced cost. There is less energy consumption and consumable cost is also less as compared to human workers compensation and insurance cost.

AUBO Robots are known for speed, flexibility, precision and easy redeployment in an automatic environment. These are lightweight and have a small footprint which increases their versatility and make them ideal so that they mount on the floor, wall or on the ceiling, this saves floor space which is premium at distribution and manufacturing facilities.