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Timing Belts in Linear Positioning System
Belt and pulley pitch, Belt length and center distance. Reinforced urethane timing belts work well in high-accuracy linear motion and conveying applications because they stretch very little, do not creep or slip, and are much stiffer than neoprene, which means less tooth deflection. In linear po...Read more -
Developments in Positioning Control
Researchers continue to look for ways to improve the accuracy of linear positioning systems, reduce or eliminate backlash, as well as make such devices easier to use. Here is a look at recent developments Whether the needed linear movement is a little or a lot, positioning accuracy and reliabili...Read more -
What is the Custom Design Linear Motion System that Best Meets the Needs of Users?
None-standard Linear Positioning Module. For Fuyu, the previously produced drawings and the standardized modules with related materials can be regarded as modular products. Conversely, new designs with relatively large design changes based on existing modules can be regarded as “non-standa...Read more -
Tips for Choosing High-accuracy Linear Positioning Systems: Part 3
Stage, drive and encoder design. The components that make up your high-accuracy positioning system — bearings, position-measuring system, motor- and-drive system, and controller — must work together as well as possible. Part 1 covered system base and bearings. Part 2 covered position measureme...Read more -
Tips for Choosing High-accuracy Linear Positioning Systems: Part 2
No one system is right for all. The components that make up your high-accuracy positioning system — base and bearings, position-measuring system, motor-and-drive system, and controller — must work together as well as possible. In Part 1 we covered system base and bearings. Here, we cover positio...Read more -
Tips for Choosing High-accuracy Linear Positioning Systems: Part 1
Electronic, optic, computer, inspection, automation, and laser industries require diverse positioning-system specifications. No one system is right for all. To ensure that a high-accuracy positioning system works optimally, the components that make up the system — bearings, position-measuring sy...Read more -
When to Outsource: Plug-And-Play Motion Subsystems
Building motion actuators and stages from scratch forces designers to order, inventory, and assemble hundreds of parts. It also increases time to market and requires technicians and specialized production equipment. An alternative is to order preengineered motion devices. Stages and actuators ar...Read more -
A Finer Control of Linear Motion
For precise automated positioning, think stepper-motor-based linear actuators. Linear actuators essentially generate force and motion through a straight line. In a typical mechanical system, a device’s output shaft would provide linear motion using a rotary motor through gears, a belt and pulley...Read more -
Which Motors Are the Best: Servos or Steppers?
Closed-loop stepper motors may be the best choice for tasks typically done by servos because traditional steppers couldn’t handle them. One of the more critical decisions engineers can make when designing any type of motion control process is choosing the motor. Getting the right motor, both in ...Read more -
Five Key Factors for Selecting Precision Linear Modules
Ready-to-install linear modules are used across many different industries to move materials, products and production tooling in a wide variety of machines. Machine designers have multiple options to choose from when selecting linear modules, based on specific production and performance requireme...Read more -
Setting the Stage for Good Machine Design
No matter how sophisticated your motion controller, it can’t overcome a poorly designed electromechanical system. Motion-control systems consist of three main components: the positioning mechanism, motor drive electronics, and motion controller. Each of these components should be carefully...Read more -
How to Design a Linear Motion System
Consider supports, guides, drives, and seals when designing a linear system. Know your precision, repeatability, loading, and environmental requirements before starting linear-system design. Low-friction, high-stiffness ball guides support on one rail (top) or two (bottom). The trade-offs for th...Read more
