Robotic Assembly

Robotic Assembly Solutions: We offer assembly line robots, including car manufacturing robots. Our car factory robots enhance manufacturing productivity, and our robotic cells are customised to meet your specifications.

Robotic Assembly can boost Production

Transform your automotive industry with our car factory robots. We guarantee increased efficiency, safety, sustainability, and environmental friendliness. Contact us today to achieve your business objectives.

Basic elements to consider when contemplating Robotic Assembly

Robotic assembly requires the precise synchronization of various elements for successful completion, including the robotic arm, end effector, controller, and communication system. Together, they work seamlessly to achieve optimal results. Below is a brief description of each component.

Six-Axis Robots

Robotic Arm

A robotic arm is a mechanical device designed to perform a variety of tasks. However, these mechanical arms usually consist of multiple joints, each of which can rotate in different directions. Therefore, the robotic arm is responsible for grasping and moving components into position. Robot Store offers a large inventory of robotic arms for any manufacturing application.

robotic assembly

Robot End Effector

An end effector is a mechanical device attached to a robot’s arm that interacts with the environment to perform specific tasks, such as welding or gripping. However, the design of an end effector varies depending on the task and application. Some use vacuum cups or grippers, while others use tools such as drills or welding torches. Therefore, efficient task completion depends on using the appropriate end effector.

robotic assembly

Robot Controller

The robot controller is like the brain of the assembly line, coordinating all components to perform specific tasks. Moreover, it controls robot movements and actions through hardware, software, and electronic components. Controllers vary in complexity and can be integrated or centralized. Therefore, industries rely on robot controllers for successful automation.

Communication System

Robotic assembly lines use various communication systems, such as machine-to-machine, wireless, Ethernet, and fieldbus, to transfer data between components and achieve seamless operation. The complexity of these systems requires different hardware configurations, protocols, and languages for effective communication. However, with sufficient knowledge and resources, it is possible to understand and leverage communication systems to create efficient assembly lines.

robotic assembly lines

What should you know about robotic assembly?

When it comes to the manufacturing process, robotic assembly has become increasingly popular in recent years due to its ability to streamline production and increase productivity. However, before implementing robotic assembly, companies must consider several key factors. It is important to understand the capabilities of the robots themselves, including their speed, accuracy, and payload capacity.

Additionally, evaluating the layout of the assembly line to ensure that it is optimal for the robots’ effectiveness in completing their tasks is crucial. Therefore, proper programming and integration with other equipment and systems are also essential for a successful and efficient operation. Moreover, it is equally important to have a trained team that can oversee the robotic assembly and troubleshoot any issues that may arise. Nonetheless, companies can fully leverage the benefits of robotic assembly to improve their manufacturing processes.

Three types of robotic assembly lines are used in manufacturing.

Assembly line robots are crucial for cost savings and quality improvement. Therefore, we can assist in finding the best option for your process. Here are the common types of manufacturing robots.

Six-axis or articulated robots are adaptable and move in six directions, making them ideal for precise and agile tasks such as welding, painting, and material handling. On the other hand, industrial robots are tailored to specific tasks in industries like automotive, aerospace, food industry, and electronics.  Moreover, these robots have the capability to execute repetitive tasks quickly and efficiently without compromising quality.

SCARA” (Selective Compliant Articulated Robot Arm) robots are fast, accurate, and compact, making them ideal for industrial automation. Moreover, their three-axis arm allows them to navigate easily and they excel in assembly, handling, and packaging tasks, thus increasing productivity and efficiency.

For example, popular models include the KUKA KR SCARA, ABB IRB, FANUC SR-iA, and Yaskawa SG. They also work well at high speeds and are perfect for small assembly processes, even in cleanroom environments.

Delta Robots are quick and precise machines that serve industrial automation purposes such as packaging, quality assessment, and small part assembly. They have a delta kinematics design that enables a high level of speed and precision, making them suitable for light-duty picking, food industry hygiene, and multi-directional handling of tasks.  Example of some of the well-known Delta Robots include KUKA KR Delta, ABB IRB 360 FlexPicker, FANUC M-3iA/6S, and Yaskawa MPP3H.

The future of car manufacturing robots

Car manufacturing robots have revolutionized the industry by creating safer, faster, and more efficient vehicles.  Consequently, the future of car manufacturing is full of endless possibilities as the industry continues to evolve.

The automotive industry has undergone significant transformation in recent years with the introduction of a new method of vehicle manufacturing. This has allowed manufacturers to produce electric or hybrid vehicles with greater efficiency, speed, and precision. Additionally, the entire manufacturing process has become safer for workers through increased customization.

Car factory robots are widely used in the industry today as they provide a highly efficient and precise way to assemble cars. They lift and move heavy car parts, making the process safer for human workers. Furthermore, robots are programmed to perform specific tasks and work alongside human workers who oversee the process.

Car manufacturing robots improve safety, speed, and efficiency in the industry, reflecting our commitment to progress. As technology advances, we expect better safety features and more possibilities for the future. Exciting developments lie ahead in the ever-evolving field of car manufacturing robotics.  This innovative engineering is shaping the future of vehicle manufacturing, offering limitless possibilities for designing and developing eco-friendly, high-performance cars that meet the ever-changing demands of consumers.

Contact Robot Store for automation solutions that optimize operations and productivity, and our expert team will provide advanced solutions tailored for businesses of all sizes. Trust us and to stay ahead of the competition.

car manufacturing robots

Car factory robots have significantly enhanced automotive manufacturers’ production capabilities, quality, and efficiency by handling tasks that were once labour-intensive. They can paint, weld, and assemble components, providing higher accuracy levels and lower labour costs. The use of robots in automotive manufacturing is contributing significantly to the industry’s growth by enabling manufacturers to meet production targets and reduce operational costs.

Benefits of Robotic Assembly Lines

Industrial robots are not limited only to the automotive industry. Robots, in general, can help increase the capacity, optimise workflows, and save space on the factory floor. Moreover, small robotic assembly lines require less maintenance than their human counterparts and can produce a wider range of products.

car manufacturing robots

Industrial robots provide numerous benefits to manufacturing companies by automating monotonous tasks, increasing safety, and productivity. However, they are not limited to the automotive industry but offer opportunities for small assembly robots to optimize workflow, increase capacity, and produce a wider range of products while saving space and requiring less maintenance.

Furthermore, car manufacturing robots provide higher levels of customization and flexibility, allowing precise adjustments in the manufacturing process without disrupting the workflow. Therefore, whether you’re looking for car manufacturing robots for assembling a production line in the automotive industry or an assembly line for food processing, assembly line robots offer capabilities in all sectors.

Additionally, with vision systems and sensors, car factory robots are ideal coworkers in complex product assembly lines, easily accommodating products, and working on new lines by reprogramming. Hence, robots are useful in many areas of the production line, leading to a more efficient and cost-effective production process, ultimately resulting in affordable and reliable cars. Thus, for an upgrade in manufacturing, consider using robotic assembly line robots and learn more abou robotics.

car manufacturing robots
Car factory robots

Why incorporate robotic assembly lines into production?

Incorporating robotic assembly lines into production has numerous benefits, including increased efficiency, productivity, and safety. Moreover, robots can perform tasks faster and more accurately than human workers, work continuously around the clock, and require less maintenance and repair than traditional assembly lines.

These advantages lead to cost savings and a competitive advantage for companies. Additionally, car factory robots create a safer work environment by reducing risks resulting from human error and negligence. With robotic automation, businesses can optimize production processes, deliver high-quality products, and achieve customer satisfaction, and loyalty.

Furthermore, robots offer long-term growth and success, as they can last for about 20 years with proper maintenance, leading to efficient and fast return on investment. Get a quote on robots, including integration, to optimize your production processes.

What are the components of the robotic cell?

Consider the benefits of a robotic cell before investing in robotics. A robotic cell is a complex system that automates industrial processes. Understanding these components can help businesses make better decisions when integrating automation into their manufacturing processes.

car factory robots

If you are considering investing in robotics, you may want to consider a robotic cell. What is a robotic cell, you may ask? It is a complex system comprised of various components that work together to carry out specific tasks such as a robotic arm or arms, End-Of-Arm Tooling (EOAT), a controller unit, sensors, safety features, control system, programming equipment, and power source. These components allow the robotic cell to perform tasks with great precision and efficiency thereby helping businesses integrate automation into their manufacturing processes.

The robotic arm is the most defining component of the robotic cell since it is responsible for carrying out the task assigned to the cell. However, the type of EOAT utilized by the cell would depend on the nature of the task as it is used to grip, manipulate, or move the object being worked on or with.

The controller unit acts as the central nervous system of the robotic cell, providing the necessary programming and instructions to the arm and EOAT. The sensors ensure that the arm and EOAT engage with the object accurately and safely. Finally, safety features such as safety mats and fencing are included to ensure that human workers are secure while the robotic cell is in operation.

car factory robots

Control systems enhance Robotic Assembly

A control system is used to manage production lines and includes components such as electrical panels for efficient management and safety features like E-stops. In addition, other essential components include SCADA, HMI, and PLC programming to control the car production line’s conveyor. Therefore, automating the assembly-line processes enhances productivity and precision.

Robot Store partners with reliable providers to offer customized control system solutions to achieve optimal performance and maintain exceptional quality and service.

Are You Ready To Start on Robotic assembly lines?

Robot Store offers a wide range of certified refurbished robots. We also integrate robotic assembly line systems using any robot manufacturer such as FANUC RobotKUKA RobotABB Robot, and Motoman. However, our robotic integration team can assist you in choosing the right robot assembly system. We provide an honest opinion of the project, equipment involved, and cost.

Main robot applications

The Most Common Robots in Manufacturing. At Robot Store, we are happy to share with you some relevant information. Therefore, see below some of the robots, along with their estimated prices.

Palletising Robots

Get welding robot cell specifications and price estimate by download.

Milling Robot Cell

Get welding robot cell specifications and price estimate by download.

Welding Robot Cell

Get welding robot cell specifications and price estimate by download.

Painting Robot Cell

Download the Technical Datasheet for Painting Robot Cell


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Any Reconditioned robot



valid until 30th of August 2021