FUYU Technology company News and Trends items

Careful analysis of the application, including orientation, moment and acceleration, will reveal the load that must be supported. Sometimes, the actual load will vary from the calculated load, so engineers must consider the intended use and potential misuse. When sizing and selecting linear motion systems for assembly machines, engineers often overlook critical applicati...

This article will explain the basics of designing a linear system including the structural support system, guidance technology, drive technology and sealing, lubrication and accessories. First it will discuss the pros and cons of the different technologies such as lead screw drives, ball screw drives, belt drives, ball guides, slide guides and wheel guides. The article w...

The best approach to specifying and sizing linear rails is to define the most critical parameters of the application first; narrow the choices based on these requirements; and then apply critical variables to make the final linear-rail selection. First the basics: Linear guide rails, guideways, and slides are mechanical systems composed of rails and bearings that suppo...

Belt-driven actuators are characterized by high efficiency and simplicity meaning they are a suitable choice for applications requiring long strokes and lower loads. However, if the application requires durability, a rack and pinion system might be a better option since with adequate lubrication they can last for hundreds of millions of cycles before needing replacement....

For linear motion there are multiple options from motion screws to belt and rack & pinion drives. Here we will make you familiar with two motion screw types. Ball screws are a better choice for applications requiring smooth motion, efficiency, accuracy, precision and prolonged continuous or high-speed movement. Then again, traditional lead screws are more suitable for tr...

Adaptive design in machinery, a revolutionary concept in industrial production, is gaining momentum in 2024. This approach emphasizes the flexibility of production systems, allowing machines to adjust and respond to varying production needs dynamically. It signifies a shift from static, one-size-fits-all machinery to a more fluid, responsive manufacturing environment. A...

CNC machining has been used in the past primarily within manufacturing and engineering environments, such as aerospace components, medical parts and automotive parts production. There are new applications within robotics assembling which can be greatly improved with this technology due to its ability to quickly create complex shapes along with consistent repeatability a...

Google Trends data demonstrates that web searches on the question “How much does a robot cost?” have doubled these years. From heavy-duty six-axis arms to SME-friendly collaborative models, robot pricing can vary as wildly as the specifications for each machine. Determining the total cost and return on investment (ROI) of a robot isn’t straightforward, so here are some t...

There are many technical and commercial factors that original equipment manufacturers (OEMs) must evaluate when designing motion control solutions for industrial machinery. Many types of industrial machinery use motion control to carry out their functions, and some of the most popular technologies that OEMs depend on for linear motion control are pneumatics and electrica...

Machine automation is a very important part of industrial automation. Machine automation deals with processes that mean real production activities in a quick and accurate time; like bottle-filling machines, packing machines, labeling machines, etc. The processes which deal with the actual countability of products are called machine automation processes. Motion control i...

Linear Motion XYZ Stage for Sample Positioning Life science, medical and biomedical equipment manufacturers must constantly pursue improvements in advanced technology, workflows and processes to pursue competitive pressures and market growth. But progress cannot only focus on expanding success; it must also ensure precision, reliability, functionality during operation—t...

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 helping to drive automation, solutions are becoming slicker, more reliable and a...

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 maintenance cost and effort are significantly reduced. For fast solutions, FUYU m...

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 be regarded as serious robots. Due to their simple design, low cost and scal...

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, FUYU Linear has answered that call with a six, eight and ten millimeter diamet...

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: 1. High Precision: Robot gantries can achieve high levels of precision and accuracy in performing complex and repetitive tasks, thanks to the...

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 consist of two or more linear axes that move in a straight line along the X, Y...

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 comprises a series of beams or struts that provide the robot with stability...

Industrial Automation Solution 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 application that involves some combination of m...

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 platform and base linked by the linear motion bearing and a guide. The system al...

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 and that high end models are equipped with a multitude of sensors, based on vis...

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 item on the bill of materials. As long as the motion device nominally meets ...

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 perpendicular straight lines, referred to as the X, Y and Z axes. In the Cartesi...

XYZ Stage Linear Motor Module Gantry Robot Linear motors have redefined what’s possible in motion control with faster, more precise, and more reliable performance compared to traditional, rotary motor-driven linear actuators. A linear motor’s unique property is that the load is moved without mechanical power transmission components. Instead, the linear force generated b...

Linear motors and actuators are now cost-competitive with ball screws and belt drives and offer distinctly superior agility and bandwidth for advanced positioning applications. New micromotors and actuators are helping to automate tasks not previously feasible. Direct linear drives are increasingly replacing servo-controlled pneumatic cylinders, contributing reliability ...

When someone says "motor," the image that comes to mind for most people is usually something that spins. However, motors can take different forms, such as linear motors. The linear motor was invented in the late 1940s by Dr. Eric Laithwaite of Manchester University. They started off as low acceleration devices, but in modern days, the technology has become capable of ex...

The processes of palletizing, pallet wrapping, and labelling make out the last steps of a production line for most packaging applications, regardless of the product type. Based on the needs of manufacturers, this article presents the right solutions for each process - and highlights the challenges and differences to manual labor. Step 1: Palletizing Palletizing is the ...

Linear motors are a special class of synchronous brushless servo motors. They work like torque motors, but are opened up and rolled out flat. Through the electromagnetic interaction between a coil assembly (primary part) and a permanent magnet assembly (secondary part), the electrical energy is converted to linear mechanical energy with a high level of efficiency. Other ...

Why adopt linear motors? Reduced cost of ownership Direct coupling of the payload to the motor’s moving part eliminates the need for mechanical transmission elements such as leadscrews, timing belts, rack and pinion, and worm gear drives. Unlike brushed motors, there is no contact between the moving parts in a direct drive system. Therefore there is no mechanical wear ...

Linear Motor Transmission System A linear motor is often described as a rotary motor, just cut up and rolled out so that instead of a rotating shaft creating torque, it’s a load moving linearly that creates force. Linear motors use magnetic levitation to move an object – this way it is not slowed down by friction and can actually achieve more precise control than mechan...

Industrial robots are automated machines that are used in manufacturing industries in the place of human beings. They are faster, more precise and can run for days, qualities that are behind their gradual rise in the manufacturing world. Industrial robots can be classified into 7 main categories discussed below. Articulated Robots Articulated robots are the most common...

This series of articles provides an explanation of each step in the molding process, as a pellet is transformed into a part. This article will focus on opening of the mold, the ejection of the part and the automation involved, whether the parts are dropped, vacuumed or picked out of the mold. The molder’s robotic capabilities, combined with the end-of-arm tooling (EOAT),...

A linear motor can be thought of as a rotary servo motor unrolled and laid flat to produce fundamentally linear motion. A traditional linear actuator is a mechanical element that converts the turning motion of a rotary servo motor into straight-line travel. The two both offer linear motion but with very different performance characteristics and trade-offs. There is no su...

Robots are changing the face of manufacturing. They are designed to move materials, as well as perform a variety of programmed tasks in manufacturing and production settings. They are often used to perform duties that are dangerous, or unsuitable for human workers, such as repetitious work that causes boredom and could lead to injuries because of the inattentiveness of t...

Many products you use every day are made up of smaller components. These products require assembly to be functional. Traditionally, this process required human labor. Advances in robotic technology make assembly robots an option for manufacturers looking to optimize their production lines. A challenge for manufacturers new to automation is understanding when it makes se...

Industrial robots are automated machines that are used in manufacturing industries in the place of human beings. They are faster, more precise and can run for days, qualities that are behind their gradual rise in the manufacturing world. Industrial robots can be classified into 7 main categories discussed below. Articulated Robots Articulated robots are the most common...