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FUYU Automated Assembly Line with Linear Motion Systems
The drive for automation has been a key part of processing and manufacturing since the industrial revolution, with manufacturers looking to create efficiencies, reduce costs and free up people to allow them to put their skills to best use. With the momentum through Industry 4.0 and the IIoT help...Read more -
Multi-axis Systems: Positioning and Movement Stages from FUYU Motion
Multi-axis systems are machine systems that implement a predefined multidimensional movement. Based on proven tribology, all FUYU products rely on self-lubricating linear units – enabling lifelong operation of moving parts without external lubrication, as well as huge cost savings, as the...Read more -
CARTESIAN GANTRY ROBOTS – ADVANTAGES AND APPLICATIONS
SCARA and articulating arm robots might be the most recognizable form of robot on the market today, but look to gantry robots for getting the big jobs done in the least amount of space. Gantry robots, also called Cartesian robots, are almost ubiquitous with automation but still are not quick to ...Read more -
Key Factors for Ball Screw Applications
Why Ball Screws? In recent years, the need for a mini ball screws has become more evident through conversations with our customers and feedback from the marketplace. Specifically, the rising demand is for high-quality ball screws that are made in the U.S and available from stock. In response, FUY...Read more -
What are Gantry Robots? Selection and Integration of Linear Positioning Stage.
Advantages and Disadvantages of Robot Gantry Robot gantries offer several advantages and disadvantages compared to other types of robots or traditional automation solutions. Here are some of the key advantages of robot gantries: High Precision: Robot gantries can achieve high levels of precisi...Read more -
What are Gantry Robots? Types and Applications of Multi-axis Linear Motion System.
Types of Robot Gantry Robot gantries come in various shapes and sizes, and each type is designed to perform specific tasks. Here are the main types of robot gantry: Cartesian Gantry Cartesian gantries, also known as linear robot gantries, are the most commonly used type of robot gantry. They con...Read more -
What are Robot Gantries? Components of XYZ Positioning System.
Robot gantries are powerful tools in modern manufacturing and automation, offering increased precision, flexibility, and efficiency in a range of applications. Introduction A robot gantry is an industrial robot with a robotic arm mounted on an overhead rail system or frame. The gantry structure...Read more -
Maximizing the Benefits of Customized Industry Automation Solutions
The lives of manufacturers would be so much easier if all of their automation processes were homogeneous. Unfortunately, there are many that require customization in order to satisfy the unique requirements of an automated workholding or material-handling application. This is the case for any ap...Read more -
What Is a Linear Stage?
A linear stage stabilizes the axis of motion for an object being moved by a motion system. The sliding motion produced has led some people to refer to the device as a linear slide, which is the linear motion bearing component of the stage. Parts of the linear, or translation, stage include a pla...Read more -
High Precision Linear Motor Stages for Industrial Automation
Precision industrial motion systems are used in test, assembly or laser micro-machining of high precision and high value components and in electronics, optics, and photonics manufacturing, to name a few. Considering that every modern automobile sold in the US has at least one camera on board an...Read more -
An Introduction To Plug-and-Play Linear Motion Systems
If you build machines, you probably work with actuators and positioning stages every day. But do you truly get the best performance or lowest cost of ownership from these motion devices? The answer may not be what you expect. All too often, engineers think of stages or actuators as just another ...Read more -
What is XYZ Linear Robot?
The cartesian coordinate robot is also referred to as rectilinear robot or X-Y-Z robot of the spherical configuration because it is equipped with three sliding joints for assembling XYZ axes. The arm movement of a robot using the cartesian configuration can be described by three intersecting per...Read more
