linear motor

What makes a bus based Motion Controller deterministic?   What are the three types of Step Motors?   What is the difference between an Absolute Encoder and a Resolver? These questions (and many more) are quickly answered Motion Control Technology Primer...

This comprehensive guide aims to facilitate informed decision-making for engineers ranging from entry-level to veterans, encompassing a thorough exploration of the components, cost implications, and ideal applications of these mechanisms...

Does your machine need a power upgrade or do you want to expand an existing design?  Coupling two linear motors is an easy and effective way of increasing the available force.  Herewith you are not just limited to using identical motors.  Various combinations can be made, as long as the motor force constant is the same.  This Application Note discusses some details of a ‘coupled application’...

The Linear Shaft Motor, from Nippon Pulse America, has no backlash, no wear and provides extremely smooth motion.  Because the Linear Shaft Motor is a simple mechanical design consisting of only a forcer (coils) and magnetic shaft, it is virtually maintenance free, creates minimal noise and operates well in harsh and wash down environments...

Nippon Pulse’s Linear Shaft Motor is an ideal replacement for more traditional linear motion systems including ball-screws, belt drives, piezo motors, u-channel motors, and rack and pinion linear actuators. The Linear Shaft Motor provides greater energy efficiency, precision, accuracy, repeatability, and cost efficiency than similar linear systems.

A direct thrust motor, the Linear Shaft Motor has no backlash, no wear and provides extremely smooth motion. Because the Linear Shaft Motor is a simple mechanical design, consisting of only a forcer (coils) and magnetic shaft, it is virtually maintenance free and creates minimal noise and no dust/debris.

Replacing a traditional linear system with the Linear Shaft Motor, or integrating it into a new design, will reduce the number of parts in the system, save space, eliminate the need to adjust with locating guides and concentrics, reduce machining cost and time, and minimize design cost and time.

Advantages of the...

Servomotors are generally used as a high performance alternative to the stepper motor. Stepper motors have some inherent ability to control position, as they have built-in output steps.

This often allows them to be used as an open-loop position control, without any feedback encoder, as their drive signal specifies the number of steps of movement to rotate. This lack of feedback though limits their performance, as the stepper motor can only drive a load that is well within its capacity, otherwise missed steps under load may lead to positioning errors.

The encoder and controller of a servomotor are an additional cost, but they optimize the performance of the overall system (for all of speed, power and accuracy) relative to the capacity of the basic motor. With larger systems, where a powerful motor represents an increasing proportion of the system cost, servomotors have the advantage….

Click here to learn...

Nippon Pulse’s Linear Shaft Motor is a brushless, high-precision direct drive linear servo motor with a tubular design.  The motor consists of a magnetic shaft and coil assembly (forcer), and is driven and controlled by the flow of current...

Reprint of a December 2, 2014 Design World White Paper by Danielle Collins

While ironless linear motors have been used in semiconductor and electronic applications for more than a decade, they are still viewed by many designers and OEMs as “niche” products.  But the perception of linear motors as a costly solution for unique applications is slowly changing, as more industries are adopting them as replacements for ball screws in packaging, assembly, and part loading applications.  And while the cost of linear motor technology has dropped over the past decade, the choice between a linear motor and a ball screw must take into account both the application’s performance requirements and the total cost of ownership over the life of the machine or system.  Below are some of the key parameters to consider when comparing and choosing between ball screws and linear motors…...

Nippon Pulse’s 3D CAD model catalog is designed to assist you in successfully integrating a motion control product into your application. With a catalog that includes thousands of customizable options, finding the proper product for your system is thorough yet simple.

After you’ve chosen the correct family (Linear Shaft Motor, tin-can stepper, linear stepper, etc.), drop down menus make it very simple for you to find the exact product you’ll need.  With each selection, we provide you with not only the electrical specs and product dimensions, but also the exact part number you’ll need to make an order.

Under the proper circumstances, we will also design a new model...

Tecnotion takes pride in the continuous improvements in product quality, safety and performance.  We are excited to announce that our entire iron core series are now fully certified for CSA!  With the addition of the CSA certification to the CE certification a milestone has been reached.   The certification applies for series TM, TL TB and TBW.

The iron core series completely meet the rules of certification for USA and Canada.  The products are eligible to bear the CSA mark.  The CSA International certification ensures increased quality and safety...