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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 -
How to choose the optimal linear motion solution: Motion screws?
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 ...Read more -
Adaptive Design in Machinery: How AI is Enabling Customizable Production Solutions for 2024
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...Read more -
Why You Should Use CNC Machining for Robotic Assembly
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 ab...Read more -
How to Calculate ROI on a Robot
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 re...Read more -
Optimizing Linear Motion Solutions Using Hybrid Automation Systems
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 technologi...Read more -
What is Linear Motion Control? Factors and Example Devices.
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 counta...Read more -
Linear Motion a Lifeline in Medicine
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, fun...Read more -
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
