Linear stages are used in microscopy, material testing, quality control and metrology. They can be used for nano positioning or micro positioning....

With the use of multiple ceramic layers that measure less than 100 micrometers, it is possible to achieve high electric fields that have a voltage that is lower than 150 Volts. The piezoelectric posit...

Linear stages are found in equipment that deals with fields such as microscopy, metrology, scanning, inspection, laser etc. Choose the best one based on accuracy, distance, precision etc....

Piezo actuators can convert electrical energy into linear motion while providing virtually unlimited resolution. These devices are also often referred to as transducers, or translators....

A miniature translation stage can be employed in order to achieve precision positioning. You can expect to achieve a travel range of 25mm, with a velocity of 20 millimeters per second....

Hexapods are a parallel kinematics system micro-positioning that offers six degrees of freedom. As a result, users can expect a higher degree of stiffness, better stability, higher load-bearing capaci...

A precision rotation stage can be combined easily with certain types of micropositioning mini slides. It is useful in applications like metrology, photonics packaging, quality assurance etc....

Motion control entails managing the positioning and velocity of machines using devices such as an electric motor, servo motor, linear actuator or a hydraulic pump. This technology finds uses in varied...

Piezo actuators can convert electrical energy into linear motion while providing virtually unlimited resolution. These devices are also often referred to as transducers, or translators....

A nano positioning system offers more precision than a piezo-driven stage. Some of the desirable traits of such a system are linearity, sensitivity in terms of resolution, stability, and reasonable co...

Hexapods are a parallel kinematics system micro-positioning that offers six degrees of freedom. As a result, users can expect a higher degree of stiffness, better stability, higher load-bearing capaci...

Hexapods essentially operate on the principle of parallel kinematics. This means that they have six different degrees of motion. They are used in microscopy, precision optics, metrology, medical instr...

Piezoelectric actuators are highly suited for positioning tasks that need a high level of resolution, speed and accuracy. Sectors such as nanotechnology, biotechnology and microelectronics rely heavil...

Nanopositioning systems have a high utility value in various fields as they can help achieve resolution and accuracy to the sub-nanometer range. They are needed in sectors such as optics, image stabil...

Precision motion control and high accuracy positioning systems are at the heart of almost any production and test system in vital high-tech industries such as semiconductors, bio-technology, nanotechn...

A nano positioning system is usually designed for ultra-precise positioning of a specimen or sample with accuracy in the nanometer and sub-nanometer range. Due to their intrinsically unlimited resolu...

Nano-positioning systems today need to be precise but also extremely fast. For media test systems and AFM surface metrology time is money. The faster a system can reach a position and stop there with ...

Linear stages for precision motion control applications are used in microscopy, material testing, quality control and metrology. Versions for nano positioning and micro positioning have different requ...

A new digital servo design is available to provide much more robust rejection of external disturbances than conventional PID control. This allows higher bandwidth settings and with faster settling. Th...

Very compact, but relatively low force and speed. These motors are based on the combination of fast and slow back and forth motion of small piezoelectric plates. They can also be controlled in analog ...