FUYU Technology company News and Trends items

Bring automation to your home farm or garden! Our custom modular solutions are perfect for DIY planting, enabling automatic watering, fertilizing, and more. Simplify your gardening tasks, save time, and boost efficiency with smart technology. Ideal for hobbyists and small-scale growers—start today!

A Gantry is what supports and moves a printer’s extruder or print head in a 3d printer. It usually comprises a set of rails, belts, stepper motors etc., which control very precise positioning involved in layer deposition precisely as required. The resolution, speed and general quality of printed objects are hinged on the gantry system’s ability for movement along X, Y (a...

We offer tailored solutions to meet your needs! Simply share your application, load, speed, and other requirements, and we’ll provide a customized plan quickly. Designed for the industrial automation industry, our expertise ensures precision and efficiency. Contact us today for your solution!

No matter what industry, no matter what area of application, no matter what size, no matter what load – we supply our customers with customized profile systems – from development and production to professional on-site assembly. Laser protection cabins Nothing gets through here: Paletti’s laser protection booths offer comprehensive protection for employees during laser ...

A gantry robot consists of a manipulator mounted onto an overhead system that allows movement across a horizontal plane. FUYU belt driven linear actuators are widely used in gantry system from electronic assembly and electronic manufacturing to vision systems and industrial automation. Gantry robots are also called Cartesian or linear robots. They are usually large syste...

About gantry system A gantry system refers to a structure composed of beams and columns that are used to support various machinery or tools. This system is commonly used in the construction, manufacturing, and transportation industries to move heavy items with ease. A cartesian gantry robot is a type of gantry system that uses linear motion to move along three perpendic...

The new modular system from FUYU Motion can be used to construct linear, planar and three-dimensional gantries in a short space of time. The linear axis series form the basis for the modular system. The respective CAD data, detailed assembly instructions and matched construction elements make setting up the systems easier. The construction components include clamping bar...

If you’re new to robotic automation, the idea of a Cartesian robot may seem like some tech-speak mumbo jumbo. But don't worry, we’re here to demystify this concept, and help you understand whether a Cartesian robot is the right choice for your shop floor. A Cartesian robot is a mechanical arm that moves along three axes - X, Y, and Z in an orthogonal area. It gets its na...

Define A cartesian coordinate robot (also called linear robot) is an industrial robot whose three principal axes of control are linear (i.e. they move in a straight line rather than rotate) and are at right angles to each other.The three sliding joints correspond to moving the wrist up-down,in-out,back-forth. Among other advantages, this mechanical arrangement simplifie...

Many users who have purchased laser cutting machine metal only pay attention to the maintenance of the laser and the laser head of the fiber laser metal cutter. People should pay more attention to the care of the guide rail. What is linear guide rails Linear guides are also called line rails, linear guide rails, and linear slide rails. They are used in linear recipro...

3D printing technology is advancing by leaps and bounds. One moment we are discussing making small toys to entertain children, and the next second we see news that a 3D printer has built a concrete building that can withstand an 8-magnitude earthquake. Given time, "3D printing a 3D printer" also seems possible. But leaving prospects aside, what hobbyists and makers care ...

If you started to build a machine or a device where you also need linear movement, you quickly come across the question of which linear guide rails would be the most suitable for use. When examining the extremely wide range of guides on the market, where there are many different types of guides, sizes, precision, and different price ranges, the dilemma quickly arises as ...

What are Linear Rods? Linear rods, often referred to as linear bearing shafts, serve as the backbone of countless linear motion systems across various industries. These essential components work harmoniously with linear bearings or bushings to facilitate smooth and precise movement in a wide range of applications. Crafted with meticulous attention to detail, linear rod...

Load Capacity The primary difference between the two is in their load capacities. The linear bushings offer point contact between the balls and the tracks, which results in high-stress concentration. In comparison, there is contact conformity in the linear guides which considerably increases the contact area and decreases the stress concentration as shown in the figure....

Cartesian robot or linear robot can be collectively refered to as industrial robot, in which three control axes (XYZ axis) move along a straight line instead of rotating. At the same time, their control axes (XYZ axis) are at an angle of 90° to each other, and the three sliding joints linear movement back and forth. Therefore, cartesian robots are sometimes called linear...

There are countless types of robots that are being used for industrial purposes. Roles like painting, welding, picking, and placing, among others, used to be handled by people, but that slowed down productivity. Humans don’t have the strength to keep going without a break, and this is one of the reasons that spurred people to switch to automation.Among the many types of ...

Gantry robots are boxy robotic arms that move linearly along a fixed overhead track. They’re ideal for precision applications like pick and place, loading and unloading parts, and assembly tasks that need high accuracy and repeatability over a large area. Simple, precise and powerful: Gantry robots have a simple but robust design. They typically have three axes of moti...

A gantry robot is a robot that can move across the full area of a machine. The robot has a cube-shaped operating range. As the gantry robot is placed in a machine above the objects, it has complete freedom of movement and is not constrained by specific footprints. How gantry robot work The gantry robot has three guides: for movement along the X axis, along the Y axis...

WHAT ARE GANTRY ROBOTS? A Gantry Robot is an automated industrial system that can also be referred to as a Cartesian Robot or a Linear Robot. Gantry robots typically move in linear paths creating a three dimensional cubic envelope of space it can work within. For this reason, the term Cartesian robot is ideal since the overall top-down working space is bound by two lin...

1. Cartesian-XY-Head A Cartesian-XY-head gantry system is a type of motion control system commonly used in 3D printers (and a wide variety of other classes of CNC machines). This construction approach moves the printhead or extruder along the X-axis of the gantry and moves the Y-axis by moving the entire gantry. This can involve moving a high mass on the Y-axis and may ...

A gantry system for 3D printing is a structure consisting of beams and slide rails that support a printhead/extruder and guide its motion while transiting and printing. The critical functions are rigidity and precision, placing the print application point precisely within the build. The gantry system allows for a larger build height (and therefore volume) than delta or c...

What Is A Gantry System? Gantry system refers to a motion-centric system designed for multi-axis operation with an overhead bridge. It includes gantry robot and gantry crane. As a general definition, gantries are simply a frame with moving components that support and move a load. The structure can vary. Sometimes the entire frame can move along rails. In other designs,...

FUYU linear robots are designed to lower costs, reduce design time, and speed up integration. Linear robots are also referred to as gantry or cartesian robots. Gantry robots run on two axis (XY) and cartesian robots run on three axis (XYZ). As the name implies, these types of robots generally move in a straight line. They are best suited for more simple tasks that don’t ...

Industrial robots weld, mill, fold, paint, pack – they help workers perform monotonous and heavy tasks in automatic mode. Modern enterprises use linear, articulated, delta and scara robots. The task for automation determines which robot to use. Initially the task determines the type of robot, and then the robot is selected according to the parameters of the required load...

Industrial robots are all around us; they produce the goods we consume and the vehicles we drive. To many, these technologies are often viewed as simplistic in nature. After all, while they are uniquely capable of producing products quickly and at a high level of quality, they operate within a limited range of motions. So just how much really goes into programming an ind...

From a simple robotic arm to widespread implementation, there have been many challenges for industrial robots to overcome, including high prices and complex hardware. Early examples were hampered by their infrastructure, having to rely on things like tracks, rails or magnets. They also relied on battery power, which seriously limited their range and performance. In the ...

Gantry systems are versatile mechanical structures that can be used in various applications, from material handling to precision machining. There are several types of gantry systems, each with its unique characteristics, advantages, and limitations. Understanding the different types of gantry systems can help users choose the most suitable option for their specific needs...

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...

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....

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...

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...

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 ...

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...

A linear motor is a direct driven electric motor that produces a linear force in a straight line and converts electrical energy into mechanical energy as linear motion without extra transfer mechanism. We can think of it as cutting a rotating motor from radial direction and laying it out flat. According to the magnetic way design, linear motors have two main types: iron...

Pick and place robots are available for a wide range of applications. Whilst this gives you an overview of pick and place robots, the exact type of pick and place robot to suit your application will be very dependent on your specific requirements. Robotic pick and place systems can be configured for multiple different types of products and plant layouts. As a robotic h...

Automation has found its way into almost every facet of manufacturing. However, sewing has traditionally been a difficult task for industrial robotics and other automation tools to tackle. New advancements in automation technology are expanding the world of automation for sewing manufacturers, even for sewing tasks previously considered to be too difficult to automate. ...