The new patented SDLM-019-070-01-01 direct-drive linear motor with integrated position and temperature sensors is the latest addition to the series of zero backlash, zero cogging, high acceleration, high speed, high resolution, long life motors from Moticont. Also known as an electric cylinder, this compact direct-drive linear motor is just 0.75 in. (19.1 mm) in diameter […]
Finalists announced for Motion Control category of LEAP Awards
Finalists were announced on November 5th for the second annual LEAP Awards Motion Control Category. The competition was scored by a panel of independent engineering judges. Below are descriptions of these worthy Motion Control finalists. The overall winner will be recognized at a ceremony in Santa Clara, Calif. in conjunction with the Healthcare Robotics Engineering […]
Pneumatic actuators and systems taking advantage of next generation data
Many industrial applications require linear motion during their operating sequence. One of the simplest and most cost-effective ways to accomplish this is with a pneumatic actuator, often referred to as an air cylinder. Actuators are typically mechanical devices that take energy and convert it into some kind of motion. That motion can be in any […]
Electric cylinders with programmable integrated motors
Captive shaft electric cylinders are now available for Lexium MDrive (LMD) integrated motor products. Quiet, clean and compact, these LMD products integrate motor, controls, and electric cylinder to deliver linear motion. And, unlike pneumatics, there is no need for compressed air, eliminating maintenance and noise issues. Lexium MDrive products integrate 1.8° 2-phase stepper motors with […]
When do tubular linear motors outperform traditional iron core and ironless designs?
In a recent post, we looked at traditional iron core and ironless linear motors, both of which have a flat-type construction. But another type of linear motor, often referred to as a “tubular linear motor,” is also gaining traction in industrial applications. This is especially true in the packaging and medical industries, where tubular linear motors […]
Keeping the elements at bay
Keep these five key factors in mind when selecting mechanical components for harsh environments. Chad Carlberg Product Line Manager for Industrial Actuators Thomson Linear As electromechanical actuators and other mechanical motion components expand in capability for heavy duty applications, so does their capability to resist harsh conditions. Extreme temperatures, high particulate levels, chemical exposure, high-pressure […]
3 things to consider when choosing a linear servo motor
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 although linear motors are most often recognized for their ability to provide a combination of high speeds, long strokes, and excellent positioning accuracy that […]
Direct-drive, high-resolution electric cylinders with integrated encoder
The SDLM-025-070-01-01 and SDLM-025-070-01-05 direct drive linear motors from Moticont, also known as electric cylinders, have built-in encoders, and feature high acceleration, high speed, high resolution, zero backlash, and zero cogging. These compact direct-drive linear motors with quiet linear plain bearings are just 1.00 in. (25.4 mm) in diameter and 2.75 in. (69.9 mm) long. […]
Finalists announced for Motion Control category of LEAP Awards
Finalists were announced on Friday, November 2nd for the inaugural LEAP Awards Motion Control Category. The competition was scored by a panel of independent engineering judges. The judges below were responsible for the Motion Control category. Dan Jones • President | Incremotion Associates Dan Jones started as a production worker at a motor company in the late […]
How to specify motion components for cleanroom environments: Part 2
In this two-part article, we cover the products, materials, and features that designers and engineers should specify when choosing motion components for cleanroom environments. In part 1, we looked at how to reduce particle generation due to friction between moving components. In this second part, we’ll look at another source of contamination — outgassing — […]
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