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3 things to consider when choosing a linear servo motor
Complete linear motor stages – including base plate, linear motor, linear guides, encoder and controls. Direct drive linear servo motors have seen a measurable increase in adoption over the past several years, thanks in part to end users’ demands for higher throughput and better precision. And a...Read more -
CARTESIAN GANTRY ROBOTS – Benefits 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 -
Should You Buy a Robot or a CNC Machine?
5 Differences Between Robots and CNC Machines Besides the tasks you can achieve with them, there are performance and quality differences between the two technologies. Here are 5 of them: Workspace — The workspace of a CNC machine can usually be defined as a small cube. Robots, by contrast, usual...Read more -
The Importance of CNC Robotics in Manufacturing
CNC machining has transformed the manufacturing world without a doubt, and the effects of that can be seen on a daily basis. Manufacturing has become faster, goods have attained better quality, and they are a number of other improvements that have come into effect in the manufacturing ...Read more -
Types of Linear Motion System for CNC Robotics
CNC robotics come in many shapes, sizes, and functionality, each with a unique design that makes it perfect for the roles it is assigned to. To better understand how they work, it is important that we know the types that exist. On a broader scale, CNC robotics can be grouped into three categorie...Read more -
Things to Consider When Choosing a CNC Linear Motion Gantry Robot
Purchasing a robot is a significant investment that cannot be done on a whim since they are not cheap. When you decide to automate your manufacturing plant with the best CNC robots in the market, the following are some of the factors you have to pay close attention to. ...Read more -
Simplifying overhead machine tending with long-travel automation
Manufacturing and packaging operations using manual material or parts handling operations can reap immediate benefits from automation with long-travel Cartesian robots having custom end-of-arm tooling (EoAT) and advanced sensing capabilities. These robots can support a variety of machines to per...Read more -
Specifying Linear Motion Systems – A dual ball-rail guide allows the linear module to handle axial loads
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 mo...Read more -
Solving the Problems of Long-Stroke Linear Motion
For most linear motion applications, conventional belt- or screw-driven systems work well. However, issues can arise when longer linear distances are required. Belt-driven systems are an obvious choice when long linear movements are required. These relatively straightforward systems use pulley d...Read more -
Linear Systems FAQ – Basics for Design Engineers
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 d...Read more -
Specifying and Sizing Linear Rails for Motion Systems
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, ...Read more -
How to choose the optimal linear motion solution: Belt and rack & pinion drives?
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...Read more
