Home：NEWS / Enhance Precision Manufacturing with Parallel Robots
2025-05-11 5879
Parallel robots, otherwise known as parallel kinematic machines (PKM), are a type of robot that utilizes multiple arms (limbs) working in tandem to control the position of the end-effector. Kinematic chains in pin-jointed devices utilize serial robots with a series of linked joints and jointed connection points that create an open-chain operation (like a human arm). Instead, a parallel mechanism utilizes more connected points and features a closed-loop configuration, resulting in better operations. These parallel robots in the automation industry with greater efficiency than serial robots when precision and repeatability are mandated by high-speed operations.
World The Delta Robot - ZhiSheng Series (WSC 600DJ/800DJ/1000DJ) represents the ultimate application of parallel robots in the automation industry. As industrial production levels demanded more and more, so did the need for high-speed, high-precision devices over time. Any industry requiring high-speed handling and accuracy thrives with this series from food and beverage to pharmaceuticals to consumer electronics.
The Delta Robot was designed for speed and offers rapid picking and placing. Such rapidity makes it ideal for packaging automation and assembly line environments where productivity helps render strict deadlines more manageable.
The second major advantage of selecting the Delta Robot is precision. The advanced motion control features of the robot allow it to pick and place even the most sensitive parts and fragile materials accurately, which benefits pharmaceutical automation or electronics assembly.
The Delta Robot operates on a modular framework that easily connects to any existing automation system. Its flexible operating features can assist with material handling and even assembly robotics, making it multifunctional while reducing any potential downtime.
The Delta Robot is designed to be budget-friendly, low maintenance, and reduce operating expenses. Therefore, it's an ideal selection for any company that wants to enhance its automation capabilities without spending a fortune.
By integrating the Delta Robot - ZhiSheng Series into your manufacturing plant, you'll enjoy unparalleled speed, precision, and flexibility to keep your enterprise at the forefront of the automation industry.
There are benefits of parallel robots across any industry, whether it be manufacturing, packaging, or assembly. Here are just a few benefits that contribute to their proliferation.
Parallel robots can provide high-speed automation due to their makeup. For example, delta robots only move across three axes (as in a delta wing) and are designed for high-speed pick and place movements for automated factories. For food processing automation or pharmaceutical automation, having high speed but accuracy can make for successful high-speed operations.
One of the most vital factors that make parallel robots desirable for industrial automation is their performance in precision. For example, electronics manufacturing and medical device manufacturing automation require the precision and repeatability of robotics systems. These types of robots can do the same thing over and over with almost perfect accuracy and little deviation.
Parallel robots have a compact design, which makes them usable in tight spaces. They have flexible designs that allow for integration into various automated systems and production lines, which is especially important for flexible manufacturing systems (FMS). The ability to shift operations based on different manufacturing needs makes this parallel robot highly sought after in niche industries where there are small tolerances for differences in product variations.
While parallel robots are known for their precision, they're also capable of increased payload capacity. Robots that can manage heavier payloads are ideal for more extreme applications such as robotic machining and systems where automated sorting is needed since they can work with larger parts without reducing speed or efficiency.
In the pharmaceutical industry, parallel robots are used for automated inspection, packaging automation, drug assembly, etc. These machines are incredibly precise and repeatable, making them effective for producing drugs with strict pharmaceutical regulations. Furthermore, many parallel robots work with robotic vision and can determine whether a product is usable by assessing the quality of its packaging or detecting defects in tablets and pills.
Parallel robots, particularly delta robots, are popular in food manufacturing for packing, sorting, and pick-and-place automation. These robots help food manufacturing increase the speed of processing while ensuring all health regulations are followed; parallel robots move quickly and efficiently, which helps operations that need high-output food manufacturing.
The electronics industry needs high-speed, high-precision robots to assemble delicate components, including semiconductors and PCBs (printed circuit boards). Thus, parallel robots provide the necessary precision and enable several products to be assembled on one production line with all interchangeable parts. Therefore, a precision parallel robot is ideal for such endeavors because it achieves the speed and accuracy necessary for such in-factory automation.
In automotive manufacturing automation, parallel robots are also used. For example, there are automotive parallel robots for material handling, assembly, and robotic welding. Fortunately, automotive parallel robots also have high precision for perfect connections and assembly, in addition to a high payload capacity to handle more extensive needs for automotive components.
The aerospace industry also employs parallel robots to work on the machining, assembly, and testing of intricate parts (often known as Stewart platforms). High precision and an ability to withstand complicated operations are critical for the safety and integrity of aerospace components.
The effectiveness of parallel robots is only compounded by operating alongside some of the most cutting-edge technology. The following are the most common technologies integrating with parallel robots:
The integration of machine vision systems and vision guidance for robots allows parallel robots to "see" what it is doing and make adjustments to achieve even greater accuracy and efficiency. Uses include automated sorting, packaging automation, and automated inspection systems.
Parallel robots achieve maximum performance with advanced control systems and kinematic modeling tools. Simulation software provides engineers with the tools necessary to model robotic movement, allowing them to predict issues before their accuracy is challenged.
Parallel robots are changing the automation industry with high-speed, high-accuracy solutions across the board, from pharmaceutical robotics to automated packaging. The uses are endless, and the benefits include enhanced productivity, operational flexibility, and results precision. To learn more about parallel robots and other automation solutions, visit Warsonco Robotics.
