Robot Arms
Billington Safety Systems is the sole UK Distributor for Robot System Products, who are based in Sweden, we have been working closely with them now for a number of years, supplying robotic mechanisms and different robotic arm types for industrial robot arms.
RSP supplies a wide variety of products for the robotics industry, the peripherals dress your robot for work, and with most of the items bolting directly to your robot, they are very simple and cost-effective, whilst offering high quality, flexibility and functionality like robotic automation.
The tool changers are designed to maximise the flexibility and reliability of your robot fleet. Robustness and high safety are combined with low weight and compactness. Depending on the model and options, electrical signals, weld and servo power, data, water and compressed air are transferred from the robot side to the tool.
The patented locking device TrueConnect™ has a minimum of play and gives a practical, throughout the lifespan, absolute positioning repeatability. Its unique design doesn’t require exact positioning when docking with different tools. The principle behind the locking mechanism is the uniform distribution of load, obtained by pressing looking balls into spherical grooves. In consequence, substantially larger positional tolerances are accepted during docking. The wide range of products we supply is available for all major robot brands and comes with complete documentation.
Frequently Asked Questions
Industrial robotic arms have many different uses. They are commonly used in manufacturing and industrial settings to perform tasks that are either too difficult or too dangerous for humans. For example, they can be used to weld delicate parts together or to lift heavy objects.
Robotic arms are also used in medicine. They can be used to assist surgeons in performing delicate operations or to help rehabilitate patients who have lost the use of their own arms.
In addition, robotic arms are used in scientific research and space exploration. They can be used to perform experiments or to operate remotely controlled vehicles.
Each product listing on our website provides compatibility details. However, if you’re unsure or need personalised guidance, you can contact our support team with your robot arm model and desired application. We’re here to assist and ensure that you choose the right attachment for your needs.
Yes. We understand that integrating new equipment can be challenging. Therefore, we offer installation services and training sessions for all our products. Our experienced technicians will ensure that your robot arm and its attachments are set up correctly and that your team is trained to use them efficiently.
Our Robotic Arms
We have a range of highly flexible robotic arms that are designed for use in a variety of different settings. Our range of different robotic arm can be used for spot welding, lifting, measuring, die casting and much more.
Our robotic arms are made from high-quality materials and components and are built to last. We offer a variety of models to suit your specific needs and requirements.
Industrial robot arms are on the rise in businesses such as manufacturing and warehousing and within years, and they have the power to replace jobs in a few years. Due to their degrees of freedom, many universal robots are being installed in warehouses across the World for things like material handling, order picking and more.
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Unveiling the Pinnacle of Innovation: Robot Arms
The Evolution from Humans to Robotic Arm
The concept of robotic arms finds its inspiration in the complex structure of the human arm. Equipped with rotary joints and articulations, robotic arms can accomplish tasks ranging from heavy-duty lifting to intricate assembly operations. Whereas the human arm has limitations in strength and precision, robotic arms are engineered to excel where we falter.
Cylindrical Robotic Arms & The Cylindrical Coordinate System
A fascinating type of robotic arm is the cylindrical robotic arm. This type utilises the cylindrical coordinate system to navigate and execute tasks in a three-dimensional space. The system’s dimensions are defined in terms of radial distance, axial height, and angular rotation, much like cylindrical coordinates in mathematical terms. This offers the arm a balance between flexibility and strength, perfect for handling machine tools in industrial settings.
Rotary Joints: The Heart of Mobility
Rotary joints are the cornerstone of a robotic arm’s function. These components permit the arm to rotate along multiple axes, allowing for superior manoeuvrability like rotational motion. Specialised versions, such as the twisting joint, offer an additional layer of articulation that makes them ideal for more complex tasks like arc welding or assembly operations.
Cartesian and Gantry Robots: Precision and Range
In contrast to cylindrical robots, cartesian robots operate on linear motion systems, allowing for highly accurate and straightforward positioning. These robots, ideal for pick-and-place tasks, use three linear axes to move in X, Y, and Z directions. Similarly, gantry robots, which function on a frame or overhead structure, provide extensive range and power, making them particularly well-suited for large-scale industrial applications like painting or material handling.
Exploring Other Types of Robotic Arms
Beyond cylindrical and cartesian robots, a wide array of robotic arms exists, each tailored to specific needs. Spherical robots, for example, are designed to rotate within a spherical coordinate system, excelling in tasks requiring a wide range of motion. In modern settings, collaborative robots or ‘cobots’ are increasingly popular, designed to work safely alongside humans, enhancing flexibility and precision in tasks that were once too dangerous or complex for humans to perform alone.
Industrial Applications
Robotic arms are indispensable in various industries worldwide. From guiding conveyor belts in manufacturing plants to intricate laboratory automation, these arms are reshaping the way we think about automation and efficiency.
Robotics in Arc Welding
In particular, arc welding has been revolutionised with the use of robotic arms. The need for precision and safety makes a robotic arm the perfect candidate for this high-stakes operation. With enhanced stability and precision, arc welding has never been safer or more efficient.
The Future is Now
Robotic arms are no longer the stuff of science fiction; they are a reality that is transforming industries and automating tasks across three-dimensional space. As technology continues to evolve, we can only anticipate the incredible feats these arms will achieve in the coming years. Get in touch to find out how industrial robots and an industrial mechanical arm can help boost your business.
