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Piezoelectric motors and actuators
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Piezoelectric actuator / linear / miniature
Picomotor actuators are ideal devices for motorizing fine-positioning stages and mounts in your optical or mechanical systems. Use them with...
Piezoelectric actuator / linear / miniature
Picomotor actuators are ideal devices for motorizing fine-positioning stages and mounts in your optical or mechanical systems. Use them with our optomechanical translation stages or your own custom devices. They have better than 30-nm resolution with minimal backlash, and can exert a 5-lb (22-N) force. Moreover, they have exceptional longterm stability and the ability to hold their position with no power applied. These last two features make the Picomotor actuators unique among motion-control devices and ideal for typical set-and-hold applications.
Piezoelectric actuator / linear / amplified - 80 - 2000 µm
DSM's flexure-guided linear piezoelectric actuators are excellent choices for precision motion control and...
Piezoelectric actuator / linear / amplified - 80 - 2000 µm
DSM's flexure-guided linear piezoelectric actuators are excellent choices for precision motion control and positioning applications. DSM's piezoelectric product family uses solid-state flexures as pivot joints to provide smooth, stiction-free, and backlash-free motion for critical positioning applications. Piezo actuators require no lubrication and have no particulate generation due to a lack of sliding surfaces.
Piezoelectric actuator / linear - 10 000 µm | LPA Series
Flexure-guided lever mechanisms that mechanically amplify the motion of the integrated piezoelectric ceramic. The actuator frame is typically a monolithic piece of stainless steel or titanium alloy,...
Piezoelectric actuator / linear - 10 000 µm | LPA Series
Flexure-guided lever mechanisms that mechanically amplify the motion of the integrated piezoelectric ceramic. The actuator frame is typically a monolithic piece of stainless steel or titanium alloy, and it can include threaded or through holes for attachment at the actuator's output. For mounting purposes, the frame can be designed with threaded holes in the bottom or side structure.
LFPA actuators include a secondary mechanical amplification to attain relatively larger motion ranges up to 10mm. DSM has constructed the LFPA mechanisms with titanium for use in magnetic resonance imaging (MRI) applications. Because the moving mass is typically less than that of FPA mechanisms, the LFPA architecture can enable much higher dynamic response performance.
LFPA actuators include a secondary mechanical amplification to attain relatively larger motion ranges up to 10mm. DSM has constructed the LFPA mechanisms with titanium for use in magnetic resonance imaging (MRI) applications. Because the moving mass is typically less than that of FPA mechanisms, the LFPA architecture can enable much higher dynamic response performance.
Piezoelectric actuator / linear - 25 - 80 µm | NA Series
DSM's NA series actuators are direct-drive piezoelectric actuators integrated into a protective metallic frame. The frame is typically a monolithic piece of stainless steel or titanium alloy with a flexure-guided expansion component. The flexure minimizes the resistance that the frame might...
Piezoelectric actuator / linear - 25 - 80 µm | NA Series
DSM's NA series actuators are direct-drive piezoelectric actuators integrated into a protective metallic frame. The frame is typically a monolithic piece of stainless steel or titanium alloy with a flexure-guided expansion component. The flexure minimizes the resistance that the frame might impart to the piezoelectric actuation. In addition, the frame can include threaded receiver holes at the top and bottom or can be modified to provide a flat or hemispherical contact surface.
The frame also includes a mechanical preload that maintains compression on the piezoelectric ceramic under high tensile forces and ensures successful bi-directional operation under dynamic operating conditions. The design thus provides increased resilience to mechanical loads when compared to non-preloaded actuators.
The NA Series designs are well-suited to many applications where high force and high frequency response are required. Two standard designs, the NA-25 and the NA-80, offer 25 and 80 mm travel ranges over a control voltage range of -30 to +150V. The NA architecture can be readily adapted and scaled to other force and stroke ranges.
The frame also includes a mechanical preload that maintains compression on the piezoelectric ceramic under high tensile forces and ensures successful bi-directional operation under dynamic operating conditions. The design thus provides increased resilience to mechanical loads when compared to non-preloaded actuators.
The NA Series designs are well-suited to many applications where high force and high frequency response are required. Two standard designs, the NA-25 and the NA-80, offer 25 and 80 mm travel ranges over a control voltage range of -30 to +150V. The NA architecture can be readily adapted and scaled to other force and stroke ranges.
Linear piezoelectric motor - 10 mm, 151 N | SQ-150 Series
Total macro stroke: 10 mm (0.4 in). Actual value is determined by motor design. Designs can be configured for increased travel.
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Linear piezoelectric motor - 10 mm, 151 N | SQ-150 Series
Total macro stroke: 10 mm (0.4 in). Actual value is determined by motor design. Designs can be configured for increased travel.
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Linear piezoelectric motor - 3 - 25 mm, 20 - 100 N | CS-12-60 Series
Total macro stroke: Typically 3 to 25 mm. Actual value is determined by motor design. Designs can be configured for increased travel.
• Motion resolution:...
• Motion resolution:...
Linear piezoelectric motor - 3 - 25 mm, 20 - 100 N | CS-12-60 Series
Total macro stroke: Typically 3 to 25 mm. Actual value is determined by motor design. Designs can be configured for increased travel.
• Motion resolution:...
• Motion resolution:...
Piezoelectric motor - 0.2 - 0.8 N, 2.4 - 30 V | X15G
The Elliptec Motor X15G is based on the inverse piezoelectric effect.
A microcontroller...
A microcontroller...
Piezoelectric motor - 0.2 - 0.8 N, 2.4 - 30 V | X15G
The Elliptec Motor X15G is based on the inverse piezoelectric effect.
A microcontroller...
A microcontroller...
Piezoelectric motor with built-in electronics - R40
The Elliptec Motor is the perfect solution for mass applications presupposing high-precisely and high-dynamically actuations.
In order to facilitate the...
In order to facilitate the...
Piezoelectric motor with built-in electronics - R40
The Elliptec Motor is the perfect solution for mass applications presupposing high-precisely and high-dynamically actuations.
In order to facilitate the...
In order to facilitate the...
Piezoelectric actuator / linear - 0.5 N, 8 - 54 V | A10E
The Elliptec Actuator A10E combines a piezoelectric element with an aluminum frame it is press-fitted into. When...
Piezoelectric actuator / linear - 0.5 N, 8 - 54 V | A10E
The Elliptec Actuator A10E combines a piezoelectric element with an aluminum frame it is press-fitted into. When...
Piezoelectric actuator / linear - 3.3 V, max. 500 mW | M3-L
M3-L Linear Actuator Modules
The world’s smallest closed-loop linear motion system
The M3-L is a miniature high-resolution positioning system for applications such as photonic/RF tuning devices, optical instrumentation, precision hand-held devices, aerospace controls and biomedical systems.
M3-L modules have low power consumption...
The world’s smallest closed-loop linear motion system
The M3-L is a miniature high-resolution positioning system for applications such as photonic/RF tuning devices, optical instrumentation, precision hand-held devices, aerospace controls and biomedical systems.
M3-L modules have low power consumption...
Piezoelectric actuator / linear - 3.3 V, max. 500 mW | M3-L
M3-L Linear Actuator Modules
The world’s smallest closed-loop linear motion system
The M3-L is a miniature high-resolution positioning system for applications such as photonic/RF tuning devices, optical instrumentation, precision hand-held devices, aerospace controls and biomedical systems.
M3-L modules have low power consumption...
The world’s smallest closed-loop linear motion system
The M3-L is a miniature high-resolution positioning system for applications such as photonic/RF tuning devices, optical instrumentation, precision hand-held devices, aerospace controls and biomedical systems.
M3-L modules have low power consumption...
Piezoelectric micro-motor - max. 5 N
SQUIGGLE Models
Piezoelectric micro motor product line
SQUIGGLE micro motors offer high force and precision in small size for a wide range of applications. There are tradeoffs in size, speed, force and power use. These are illustrated in New Scale's SQUIGGLE motor...
Piezoelectric micro motor product line
SQUIGGLE micro motors offer high force and precision in small size for a wide range of applications. There are tradeoffs in size, speed, force and power use. These are illustrated in New Scale's SQUIGGLE motor...
Piezoelectric micro-motor - max. 5 N
SQUIGGLE Models
Piezoelectric micro motor product line
SQUIGGLE micro motors offer high force and precision in small size for a wide range of applications. There are tradeoffs in size, speed, force and power use. These are illustrated in New Scale's SQUIGGLE motor...
Piezoelectric micro motor product line
SQUIGGLE micro motors offer high force and precision in small size for a wide range of applications. There are tradeoffs in size, speed, force and power use. These are illustrated in New Scale's SQUIGGLE motor...
Piezoelectric micro-motor
SQL-RV-1.8
Reduced Voltage SQUIGGLE RV Micro Motor
Linear Drive System
The world's smallest linear motor - now with smallest piezo driver and reduced voltage requirements - adds precise motion to mobile and ultra-miniature OEM products
SQUIGGLE motors allow design engineers to add motion features into products where they could not have...
Reduced Voltage SQUIGGLE RV Micro Motor
Linear Drive System
The world's smallest linear motor - now with smallest piezo driver and reduced voltage requirements - adds precise motion to mobile and ultra-miniature OEM products
SQUIGGLE motors allow design engineers to add motion features into products where they could not have...
Piezoelectric micro-motor
SQL-RV-1.8
Reduced Voltage SQUIGGLE RV Micro Motor
Linear Drive System
The world's smallest linear motor - now with smallest piezo driver and reduced voltage requirements - adds precise motion to mobile and ultra-miniature OEM products
SQUIGGLE motors allow design engineers to add motion features into products where they could not have...
Reduced Voltage SQUIGGLE RV Micro Motor
Linear Drive System
The world's smallest linear motor - now with smallest piezo driver and reduced voltage requirements - adds precise motion to mobile and ultra-miniature OEM products
SQUIGGLE motors allow design engineers to add motion features into products where they could not have...
Ultra-thin autofocus smartphone camera piezoelectric motor - 3.8 mm, 2.8 V | UTAF™
New Scale's custom UTAF actuators combine a motor with a linear guide mechanism to create an ultra-thin autofocus lens module. It is based on our patented UTAF piezoelectric motor, in which an ultrasonically vibrating beam is oriented perpendicular to the optical axis and contacts the lens at two points to maximize stability and driving force. A unique...
Ultra-thin autofocus smartphone camera piezoelectric motor - 3.8 mm, 2.8 V | UTAF™
New Scale's custom UTAF actuators combine a motor with a linear guide mechanism to create an ultra-thin autofocus lens module. It is based on our patented UTAF piezoelectric motor, in which an ultrasonically vibrating beam is oriented perpendicular to the optical axis and contacts the lens at two points to maximize stability and driving force. A unique...
Piezoelectric micro-motor - 0.5 μm, 2 N | SQL-3.4
New Scale also creates custom piezo motor systems with higher push force, higher resolution and longer travel than our smallest SQL-RV-1.8 motors. Our development team will help you create the motion system that's...
Piezoelectric micro-motor - 0.5 μm, 2 N | SQL-3.4
New Scale also creates custom piezo motor systems with higher push force, higher resolution and longer travel than our smallest SQL-RV-1.8 motors. Our development team will help you create the motion system that's...