Motion Control

Selecting Miniature Motors for your Medical Devices

The creation of small, portable infusion pumps opened a new chapter in medical care. A patient can receive carefully metered and timed doses of medicine, without requiring a visit to the medical practitioner, allowing life to be less restrictive. Ambulatory pumps have been developed to deliver insulin, nutritive supplements and anticancer drugs.

Posted in: Motion Control, Medical, White Papers, MDB

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Maintenance Free Linear Guides

IKO’s C-Lube linear components have unique designs that balance long service life with compact size. These long-term maintenance free linear motion products come in different forms—including roller guides, ball guides and a ball-spline-based shaft guiding system. They range in size from small, 5-mm-wide track rails to 65-mm-wide guides that offer a basic static load rating of 172,000 lbs.

Posted in: Motion Control, White Papers

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Specifying Actuators for Heavy-Duty Packaging Applications

The task of selecting, sizing and applying linear actuators involves many variables, from stroke length and duty cycle to precision and accuracy requirements. Ultimately, matching the right actuator to the intended application requires a close look at all of the specifications involved and then working within the project’s performance, time and budget constraints. Certain manufacturing operations are more rigorous than others, with end-of-line packaging applications among the most demanding when it comes to linear actuation. Activities such as palletizing, case packing, cartoning and lane diverting require strong and reliable motion components. What does a design engineer or system integrator need to know when selecting actuators for these heavy-duty packaging operations? Here we take a detailed look at some of the most important aspects to consider.

Posted in: Motion Control, White Papers

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Automation Controllers that Reduce Deployment Risk in Machine Design and Improve Performance

Aerotech, a specialist in motion-centric machine control, has developed an integrated automation solution that blends concepts from Information Technology with the world of open automation. This is a comprehensive development environment that is designed to meet the demands of each specialist in machine control. Moreover, the approach has applied methods standardized in the IT world to enable development tools to share information in a single engineering environment.

Posted in: Motion Control, White Papers

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Bench Top Testing of Electromechanical Devices Using a 105-AVT Angular Vibration Table

This paper is directed to developers of small electromechanical devices and systems including sensors, transducers and precision hardware assemblies that need to be tested in vibrating environments. The Acutronic 105-AVT Angular Vibration Table produces high fidelity angular vibration over a wide frequency range and serves as a test platform for stimulation and performance verification during development and/or small lot production. The compact form factor of the Acutronic 105-AVT makes this angular vibration table especially suited for bench top testing of inertial components and integrated strap down systems based on MEMS technologies. Traditional inertial devices and non-inertial devices have been tested with great success.

Posted in: Motion Control, White Papers

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Linear Guides For The Next Generation Of Medical Machines

At IKO, we offer an extensive line of miniature linear motion products that can meet the requirements of size-constrained medical applications. Among them are the world’s smallest recirculating ball linear guide, which has a track rail width of just 1-mm and a cross sectional height of 2.5-mm. We also offer a tiny ball-spline guide which has a shaft diameter of 2-mm and a cylinder diameter of 6-mm.

Posted in: Motion Control, White Papers

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Enabling Microliquid Chromatography by Microbead Packing of Microchannels

The microbead packing is the critical element required in the success of onchip microfabrication of critical microfluidic components for in-situ analysis and detection of chiral amino acids. In order for microliquid chromatography to occur, there must be a stationary phase medium within the microchannel that interacts with the analytes present within flowing fluid. The stationary phase media are the microbeads packed by the process discussed in this work. The purpose of the microliquid chromatography is to provide a lightweight, low-volume, and lowpower element to separate amino acids and their chiral partners efficiently to understand better the origin of life.

Posted in: Bio-Medical, Imaging & Diagnostics, Monitoring & Testing, Materials / Adhesives / Coatings, Optics/Photonics, Fluid Handling, Medical, Diagnostics, Measuring Instruments, Briefs, MDB

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White Papers

How To Guide for the Most Common Measurements
Sponsored by National Instruments
100% Non-Cytotoxic Rechargeable Batteries for Medical Devices
Sponsored by Cymbet
The Benefits of Integrated Video Management
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How Paper-based 3D Printing Works: The Technology and Advantages
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Fundamentals of Vector Network Analysis Primer
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Next-Generation, Miniature High Voltage Power Modules
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