FM-Sideview-top-position

Posted November 24, 2017 · Add Comment

Focus motor side view top position

About us

Our customers increase the number of products sold by being able to improve the (low) speed and (ultra high) resolution achievable in their motion control applications. They implement a small Piezo Motor directly onto a printed circuit board. This motor has a high resolution, hollow center, low weight and building height, off-power holding torque and, with it’s automated assembly process, lowers their Bill of Material.

PCBMotor’s core business model is to operate as a component supplier, delivering stator and driver circuits to low-volume solutions and Piezo components for higher volume.

To facilitate our customer’s time-to-market, our design services for Electronic Hardware & Firmware, Mechanical and Software solutions, enable fast and swift prototyping for complete motor solutions.
GuidesRecentAll time
Guide how to: Deploy - Go to market
Guide how to: Develop - Fast prototype

Guide how to: Evaluate - learn and Turn

Guide How to: White Paper PCBMotor versus Stepper

Guide how to: Select size - Performance table

Guide how to: Reduce Motor Size by Integrating Accurate, Low Cost Piezo Motors

Guide how to: Design and layout

Guide how to: Solve High Resolution, Low Speed Motion Control Dilemmas at a Lower Cost

Guide how to: Build Applications with PCBMotor

Guide how to: How does PCBMotor's technology work?

What are the advantages of a PCBMotor compared to a stepper motor?

Whitepaper: How To Solve High-Resolution And Low Speed Motion Control Dilemmas

Video: 30mm diameter motor (100 sequences)

Whitepaper: How to Reduce Motor Size

Deploy – Go to market

Develop – Fast prototyping

Evaluate – Learn and Turn

PCBMotor v Stepper

Performance

Speed and Torque measurement Ø60mm

Tracking – Resonance frequency

How to driver Motors in parallel?

PCBMotor Production Process

High resolution twin motor kit

Hollow Center & through-hole devices (piezo video)

Introducing piezo motor technology

Motors for instrument clusters, interior displays & panels

All our videos – here in one place

Interface to High Resolution Twin Controller

Press release: A new filter solution for wireless communication networks

See the new design examples in our gallery

White Paper: Design Rules & Layout Guidelines

White Paper: Solving High Resolution, Low Speed Motion Control Dilemmas at a Lower Cost

White Paper: An Engineer’s Guide to Building Applications with PCBMotor

How does PCBMotor’s technology work?

10 Things Everyone Should Know About PCBMotors

What is micropulsing?

What’s the maximum resolution of a PCBMotor?

What does a positioning system look like?

Do I need a positioning system?

What are the advantages of a PCBMotor compared to a stepper motor?

What’s in it for PCBMotor?

What’s in it for me/the customer?

Why is the stator connected to the board via only a few bridges?

Does PCBMotor deliver the rotor?

Can I build a PCBMotor on my own?

Does PCBMotor build the motors?

What applications are best suited for this technology?

Why is friction tape needed?

Can I damage the motor if I turn the rotor by hand?

Is power required to hold the motor in position?

How quickly can a PCBMotor start and stop?

How much weight can a PCBMotor hold?

What is the step size of a PCBMotor?

What is the cost of a control driver for larger volumes?

What’s the lifetime of a PCBMotor?

Are there any options if I need a smaller control driver footprint?

Can I expect EMC issues wth the control driver and motor?

Can a PCBMotor, control driver and application circuit be mounted on the same PCB?

Can several PCBMotors be controlled by the same driver?

What supply voltage do the driver need?

Do I have to purchase the control driver from PCBMotor?

Why do I need frequency tracking?

What does the control driver do?
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