Piezomechanik Gmbh

Adaptronics

Adaptronics, mechatronics, morphing

Piezo actuators are featuring

	•	very short reaction times
	•	high actuating forces
	•	precisely controlled motion
	•	high power density
	•	low compliance

Piezo actuators are therefore first candidates to interact with and control fast mechanical processes e.g. to deform stiff mechanical structures with high dynamics and short switching times

Examples:

	•	Compensation for distortions of optical fields by controlled morphing of involved mirrors
	•	Active morphing of aero-dynamical structures (e.g. rotor blades for noise reduction of helicopters
	•	Suppression of resonances to avoid fatigue by over loading of mechanical structures

Do you need support and assistance to find your way towards a successful design of your piezo-mechanical system

Contact our piezo-mechanics experts !

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Piezo-mechanical Stack and Ring actuators.
Product range and technical data

Main catalogue:

	•		Standard range of stacks and rings (cylinders with centre bore)
	•		Low voltage (150V / 200V) and high voltage (up to1000V) types
	•		Cased versions with internal preload
	•		Long stroke and high load elements with and without casing
	•		Front mount / screw in piezo cartridges
	•		Options like position sensing, internal heat management
	•		Accessories

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Updated version: Low voltage co-fired multilayer stacks, rings and chips for actuation

contains

•

monolithic co-fired multilayer stacks and rings (cylinders with centre bore)

for voltage ranges up to 150V / 200 V

•

Comparison of different co-firing technologies for specific applications

•

Mounting and operating advises

For longer elements and cased versions with preload: check main catalogue

d33 piezo actuators in various configurations

piezo stack actuators for a wide range of stroke, load force, force generation and dynamics

Adaptronics