Parallel Robots Factory: Precision Manufacturing & Automation

What are Parallel Robots?

Parallel robots are robotic arms that move via multiple linear actuators moving in the same direction. A typical serial robot moves via joints positioned in a chain-attached series. In contrast, a parallel robot possesses a closed-loop kinematic system, meaning a parallel robot can receive commands from several points simultaneously. By working together, the parallel structure creates a very precise, incredibly fast, and powerful piece of machinery often required for intricate movements and high payload tasks.

The Role of a Parallel Robots Factory

A parallel robots factory is a facility that designs and develops such systems. Precision robots don't come from just any old factory line; the factory that creates such requires extensive technology and highly specialized efforts. This is a parallel robots factory that operates using automation and precision machines with a robotic engineering application.

Warsonco Robotics: Parallel Robots factory

Warsonco manufactures custom automation solutions for any industry. Warsonco has the innovative experience to bring advanced robotics to ensure industries worldwide have access to the most reliable systems options to improve performance and efficiency.

Years of Innovative Experience

Warsonco has years of innovative experience in robotics development. Warsonco has engineered and built parallel kinematic machines (PKMs) suitable for various industries based on a longstanding reputation of high-precision robotics systems integration that enables a multitude of high-performance, customizable robots.

Capability: Over 40 Million Automation Products Worldwide

Warsonco Robotics is a leading industry specialist for industrial automation with over 40 million automation products deployed globally. As a recognized manufacturing name worldwide, we manufacture the best in parallel robots for industrial automation at the factory level to increase product line efficiency, decrease costs, and achieve faster turnaround. We have serviced manufacturers across all industries—from high-speed pick and place robots to automotive assembly line robots to factory material handling. Our robots service all markets, including automotive, aerospace, packaging, etc.

Custom Applications, Custom Service

Warsonco understands that no operation is the same. Therefore, we offer customized robotic applications for whatever production situation you face. Do you need a dedicated high-precision robotic arm for your assembly line? Does your simulation need a Stewart platform? There's no job too big or too small for Warsonco. We work closely with our clients to create, design and produce uniquely customized parallel robots specifically tailored to your operation—ensuring maximum efficiency.

ROI Benefit: Quick ROI

The advantages of working with Warsonco include a fast payback period. With our highly adaptive and effective manufacturing capabilities, you can see a payback period of 0.5 to 1 year. With our robot parts and Robot Precision Machining focuses, we minimize your downtime while maximizing throughput, providing you with maximum savings and efficiency.

The Advantages of Parallel Robots

Speed and Quality:

 Parallel robots move at high speed with accurate precision. This makes them perfect for any application requiring fast, repeatable, accurate movement—packaging, assembly, and material handling, for example.

Higher Payloads:

Parallel robots can handle—and pick up—higher payloads than traditional robotic arms. The kinematics involved allow for forces to be applied in addition, which is beneficial for automotive industries or aerospace industries that often need to move heavy parts.

Space Saving Design:

Parallel robots are a more compact option than serial robots, requiring less installation space. For smaller factory floors, a parallel robot may be a better choice.

Durability:

These robots are resistant to mechanical wear and tear. The closed-kinematic mechanism fosters a longer service life with reduced repairs usually found necessary with other robotic models.

Major Uses of Parallel Robots

There are numerous applications of parallel robots in various industries. The most common applications are:

Automotive Assembly:

Parallel robots are found in the auto manufacturing industry due to their high-speed assembly. Whether it comes to building an entire automobile piece by piece or creating dashboards and engine components that are built to precision by the millimeter, these robots allow for faster assembly while still maintaining quality.

Aerospace Assembly:

Aerospace requires extensive precision and accuracy when assembling complex systems. Stewart platforms, for instance, can replicate the movement of systems on an aircraft to determine whether it operates as expected in various situations.

Packing and Material Handling:

Parallel robots that are high-speed pick-and-place units are applied in packing industries for fast sorting, packing, and relocating products. They perform well with repetitive tasks and can move or pack thousands of products in mere minutes.

Manufacturing Processes at a Parallel Robots Factory

There are many steps to the fabrication of a parallel robot. The following are the relevant procedures to ensure the proper quality of a parallel robot:

Design and Prototyping:

Before the actual machine is made, robotics software development allows professionals to create 3D renderings and test them virtually. Prototyping creates physical versions that are put through testing as well.

Component Manufacturing:

After testing and ensuring adjustments from the prototype, separate geometries are generated to manufacture the pieces that become whole. Steps include manufacturing the actuators, joints, and controllers.

Assembly:

Post-creation, assembly occurs in a clean room or controlled space. An assembly line for this situation—especially a robotics assembly line—comprises many robots focused solely on putting together other types of robots.

Testing and Quality Control:

When the robot is completely finished, it undergoes testing to make sure everything is functioning as it should. Whether it's accuracy, payload, speed, performance, and more. Robotics quality control ensures that the robot is up to par or it does not go to the customer.

Shipping

After the robots are assembled and tested, they're sent out to the customer either as complete robots or in parts if the customer needs on-site assembly.

Conclusion

The parallel robots factory is crucial for the development of robotics systems that are going to be the future of manufacturing. Our accuracy, rapid speed, durability, and versatility are going to help companies across the globe in the long run. Whether you're prepared to order a custom parallel robot solution or merely want to consult about adding such machines to your operation, head to Warsonco-Robot. We have the parallel robotic systems you need—we are custom-designed and constructed to fit your particular needs. Become part of the manufacturing evolution now and let automation work for you!