Reduced and Low Cost Piezo Motors by PCBMotor

PCBMotor, an experienced piezo motor solutions engineering company which technology offers Electronic, Mechanical and Design Engineers of low speed, high resolution motion control applications.

The latest advances in its technology explains how motor solution facilitates new and improved designs while reducing assembly costs. As applications with movement are getting more and more complex and constantly getting smaller, it’s vital to leverage state-of-the-art design and cost-saving opportunities.

Henrik Stæhr-Olsen, CEO of PCBMotor, says “Engineers today are faced with increasingly demanding requirements – from both a mechanical and design standpoint. We understand their environment and can provide them with a solution that is smaller, cheaper and more accurate to develop. It introduces a world of new design opportunities.”

Also described is how manufacturers can increase profits by using standardized components and well-established assembly techniques that:

·         Reduce application size by integrating everything onto one PCB

·         Reduce bill of materials – PCBMotor’s eliminate the need for gears

·         Mount actuator components directly onto the PCB

CONTACT

Henrik Staehr-Olsen
PCBMotor ApS
Krakasvej 17,
3400 Hillerod,
Denmark

T. 0045-7028-3210
hso@pcbmotor.com
www.pcbmotor.com

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Piezo Motor on Printed Circuit Board- PCBMotor

                                         

A printed circuit board (PCB) mechanically backings and electrically interfaces electronic segments utilizing conductive tracks, cushions and different highlights carved from copper sheets covered onto a non-conductive substrate.

Evaluation kit offers PCB application designers 2.6 million steps per revolution

Hot on the heels of a determination execution record and an examining overview, Danish innovation organization, PCBMotor ApS, are giving clients precisely what they requested with their most recent improvement in installed piezo motors.

The High Resolution Twin Motor Kit guarantees electronic application planners determination exactness, more prominent outline adaptability and full holding torque even in force off mode.

Designers and architects, obliging small scale situating exactness and accuracy, now have the chance to construct and test applications with resolutions more than 2.6 million µpulses every insurgency.

Customer-driven technology

Taking into account the consequences of an online client study in March 2011, the organization affirmed that the primary center for electronic applications obliging development is high determination precision and accuracy, more prominent outline potential outcomes and enhanced characteristic holding torque.

The Denmark-based organization then set out to build up a unit to match these necessities. "We needed think of a quick prototyping apparatus for building applications using these highlights. The pack exhibits the engine's ultra-high determination whilst keeping up its off-force holding torque highlight," clarifies Henrik Stæhr-Olsenx.

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PCBMotor and Its Technology- Integrating Electronics and Movement

PCBMotors comprise of two sections: The Stator, which holds the actuators and electrical uniting circuit; and The Rotor, which is squeezed onto the surface of the stator and conveys the mechanical yield.

A travelling wave is produced over the stator surface, acting like an adaptable ring to deliver circular movement on the rotor interface. The curved movement of the contact surface drives the rotor and the associated commute shaft. The teeth appended to the stator can be utilized to build rotational rate. Operation relies on upon grinding between the moving rotor and stator and in addition adequacy and nature of the wave going on the stator.

STATOR: A travelling wave is created inside the stator by enacting two modes all the while. These modes are prompted by a drive circuit performing cos(w t) and sin(w t) signals, individually, near to the mechanical reverberation of the stator ring. The voyaging wave's course can be turn around by changing the sign on one of the drive signals.

ROTOR: The amendment of the micro-movement is accomplished by squeezing the rotor on top of the stator. The frictional drive between the two causes the rotor to turn. The subsequent movement exchange works as a rigging and prompts a much lower revolution speed than the wave recurrence. The rotor could be an exceptional ring-formed material appended to a yield shaft, or it could be an indispensable piece of the application that needs to be turned. Since the rotor is a detached part there is a lot of flexibility in the outline. Most essential is the surface conduct which must be good with the stator teeth material to create the grating expected to drive the application.

The widely used motors of Pcbmotor are Ultrasonic motor, Piezoelectric motor, Laser Motor, Hollow Center Motor etc.

Visit us at: http://www.pcbmotor.com/insight

Visit More Blogs at : Ultrasonic Motor

Piezoelectric motor by PCBMotor: Integrating Movement and Electronics

A piezo motor is taking into account the change fit as a fiddle of a piezoelectric material when a pressure is connected. Piezoelectric motors make utilization of the opposite piezoelectric impact whereby the material produces acoustic or ultrasonic vibrations so as to deliver a direct or rotating movement.

PCBMotor has practical experience in planning ultrasonic piezoelectric motors for movement control frameworks and electronic applications obliging rotational development. We're driving the route in low-profile, rotating engine application outlines once actually and monetarily unthinkable. Our piezo engines are littler, lighter and cost fundamentally less to create.

Features:

•      Fewer Materials and lower BOM
•      Automated Assembly
•     Standardized Process
•     Locking mechanisms
•     Stepping Actions
•     Single Action

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Avoid Pitfalls and call us for assistance with

-Traveling wave modelling

-Application Design Simulation.com

-Mechanical Constructions

 Or Email us at info@pcbmotor.com

Visit More Blogs at: UltrasonicPiezoelectric Motor