Piezo Motors

piezo-motors-banner
Our superior piezo motors (linear or rotary) from Piezo Motors Company are highly-precise, easy to control, light weight and competitively priced when compared to standard precision DC motors. Applying a patent-protected technology and processes, our piezo motors only have 1/10th of the cost of traditional piezo motor suppliers!

High Performance

Technology that provides >1000 X’s Better Resolution, >100 X’s Faster Reaction Time and >10X’s Greater Specific Power Stall Torque/Force compared to conventional DC motors

Non-Magnetic

Piezo Motor Company's piezo motors are available in non-magnetic configurations, making them ideal for specialised applications where traditional DC motors cannot be used (e.g. medical MRI).

Energy Saving

Low voltage (e.g. 12 VDC, customisable down to 5 VDC) with increased energy efficiency. These piezo motors are designed for direct-drive applications where the need for a gearhead is eliminated altogether.

Cost Saving

Modern engineered thermoplastic design enables our piezo motors to be priced extremely competitively compared to other brands and technologies. Simplified driver electronics lowers ownership cost further.

Unique Properties

Piezo Motor Company's piezo motors are scalable in design (rotary and linear), can be operated silently and consume zero energy in hold position.

Environmental Friendly

Piezo Motor Company’s piezo motors are immune to electromagnetic interference (EMI /RFI) and do not contain any rare earth elements (REE’s).

New and innovative piezo motors (in rotary or linear format) from Piezo Motor Company in USA have recently been added into Motion Control Products' product portfolios, representing a quantum leap in design of small size high-performance DC motors.

Piezo Motion's rotary or linear piezomotors work on a patented principle of excitation of ultrasonic standing waves within a piezoelectric resonator. The resulting superposition of two orthogonal ultrasonic waves causes eliptical movement of the resonator tip, which direct drives a rotary or linear element.

Being injection-molded using extremely durable, but light-weight engineered reinforced thermoplastics, our piezo motors combine economical cost with superior precision and ultra-fast response /start-stop (≈ 30µs) characteristics. Piezo Motion’s rotary or linear piezomotors are highly energy-efficient, consuming zero power in hold position while still providing significant torque or force.

Our piezomotors are available as both open-loop control (non-feedback control) and closed-loop control (feedback control) systems; and are offered in a variety of configurations (including non-magnetic).

In the closed-loop system, motion control of the piezo motor is achieved via feedback generated from an encoder integrated within the motor assembly. Encoder communication electronics consists of a daughter board (pcb) with a serial (RS-232) port, mounted onto the main driver board. Optional programmable logic control (PLC) software with graphical user interface (GUI) enables control of the motor using standard Windows OS.

Piezomotors - Open Loop

RF.1111-scaled

ROMO Rotary Motor

  • Torque: 4.0 mNm
  • Max. speed:  600 rpm
  • Fast Response Time: 30µrad
  • Low Voltage: 5.0~7.5V DC
  • Low current: 30~150ma
  • Standalone or supplied as a kit (with Electronic drive, cables, power supply and manual)
  • Ideal for high volume applications
LFL.923-scaled

LRMO Linear Motor

  • Linear Motor without Encoder
  • Resolution: > 25,000 steps per mm
  • Max Speed: >0.2 m/s
  • Response Time: < 30 µs
  • Voltage: 5 V DC
  • Low Power: 0.15 W to 1.5 W
  • Can be supplied as an evaluation kit (with Electronic drive, cables, power supply)
Red_Bottom-Angled-View-1-600x338

ROLR Drive PCB

  • Open-loop Electronic Driver Board (Red PCB) 5.0/7.5 V DC for use with LRMO and ROMO Series

 

Ideal of application development and can be supplied individually or complete as a kit of parts with the LRMO or ROMO motors.

Piezomotors - Closed Loop

RFl-e.1129-scaled

ROMO-E Rotary Motor

  • Power Supply: 5.0V DC
  • Stall Torque: ≥ 4 mNm
  • Self-Braking Torque: ≥ 5 mNm
  • Actuator Response Time: »30 µs
  • Max Speed: > 600 rpm
  • Minimum Angular Step: »30 µrad
  • Standalone or supplied as a kit (with Electronic drive, cables, power supply and manual)
LFL-E.940-scaled

LRMO-E Linear

  • Power Supply: 5.0V DC
  • Push/Pull Force: ≥0.2 N
  • Self-Braking Torque: ≥0.25 N
  • Motor Response Time: »30 µs
  • Travel Range: 9.0 mm
  • Max Speed: ≥150 mm/s
  • Standalone or supplied as a kit (with Electronic drive, cables, power supply and manual)
  •  
Blue_Top-Angled-View-1

ROMO E Drive PCB

  • Factory Pre-Programmed Close-Loop Electronic Driver Board (Blue PCB) 5.0 V DC for use with ROMO-E close loop system only

 

  • Standalone or supplied as a kit (with Electronic drive, cables, power supply and manual)

Ready to find out more? Contact us for a quote.
Please contact our technical sales team for pricing, datasheets, technical drawings (2D / 3D), hardware & software manuals or any other technical information for your applications...