Portescap in Motion

Selecting the Optimum Motion Technology for your Application: Duty Cycle

Posted by Dave Beckstoffer   Dec 04, 2019   0 Comments

The next factor to review is the duty cycle for the motion solution in the application.  The duty cycle is defined as the ratio of the time the motor operates divided by the amount of total time for the cycle.  Typically, the motor does not run continuously but rather operates for a period (on-time) and then rests for a period (off-time).  The duty cycle affects the selection of the optimum motion solution, so it is important to understand the details and factors to consider.

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Day of Caring: Innovation from Within

Posted by Sandra Mehdian   Oct 28, 2019   0 Comments

The definition of innovating is to make changes to what is already establish. At Portescap we are always innovating, improving upon our processes and products to add value. Community organizations across the country are doing the same thing, they are changing our community and our world by building upon what is established. A Day of Caring is an opportunity where our team of innovators can come together with community innovators to help make our community a better place. 

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Experience How Portescap Surgical Motors Team Can Help You Find Solutions!

Posted by Sandra Mehdian   Sep 20, 2019   0 Comments

Our new Surgical Motor video highlights Portescap's innovative strengths and expertise in Surgical Motors Solutions. Press play and learn more about Portescap's mini motors technology, why you should work with us, and our approach to design and collaboration. The Surgical Motors Team also highlights our customization process and maps out our typical lead times. Call us today to experience how we can work with you hand-in-hand to find the optimal motor solution for your application!

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Selecting the Optimum Motion Technology for your Application Series: Accuracy

Posted by Dave Beckstoffer   Sep 06, 2019   0 Comments

Another factor to review is the accuracy required from the motion system in the application.  Is the motion continuous or incremental?  What is the resolution needed from the motor during incremental operation?  Does the motor need to have different resolutions for different points in the operation?

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Selecting the Optimum Motion Technology for your Application Series: Mechanical Envelope

Posted by Dave Beckstoffer   Aug 21, 2019   0 Comments

The next factor for consideration is the mechanical envelope for the motion system.  What is the space in the product that is dedicated to the motion system?  Is there flexibility on the diameter or length?

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Selecting the Optimum Motion Technology for your Application Series: Lifetime

Posted by Dave Beckstoffer   Jul 19, 2019   0 Comments

The next factor we will consider is the lifetime requirement of the motion system.  How many cycles must the motion system execute within the life of the product?  How many hours does that require from the motion system?

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Selecting the Optimum Motion Technology for your Application Series: Torque

Posted by Dave Beckstoffer   Jun 28, 2019   0 Comments

The next factor we will consider is the output torque requirement of the motion system.  What is the continuous torque requirement during operation?  Is there a peak torque for a limited time that needs to be considered?  Is the safety margin enough to compensate for the other factors in the application? 

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Selecting the Optimum Motion Technology for your Application Series: Speed

Posted by Dave Beckstoffer   Jun 06, 2019   0 Comments

One of the first factors to consider in your new product development is the output speed requirement of the motion system.  How fast does the motor need to rotate to drive the mechanism in the application?  And are there various speeds that need to be accommodated?  There are some general guidelines that will help you narrow down the technologies to consider:

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A Balancing Act

Posted by Christina Heston and Nate Schutte   May 16, 2019   1 Comments

What is rotor balancing?

Rotor balancing is the process of bringing the mass center axis of a rotor in line with the rotor’s shaft axis, within certain industry balance standards. A rotor, balanced or unbalanced, wants to revolve around its mass center axis. The balancing process brings these two axes together. As illustrated below, when the mass that causes the imbalance is removed, the two axes merge.

 

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Portescap's Look into the Past, Present and Future

Posted by Miranda Grueiro   May 02, 2019   0 Comments

The Past

From Portescap’s inception in 1959 to 2000 there were countless innovations and moves all over the world. It goes without saying that the start of our continuous improvement business system, could not have flourished without the vision created during this time. In March 20001, American Precision Industries (API), later to be na

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