Fine Stepping Piezo Actuator (FSPA35XS) is a patented actuator that combines SPA technology with mechanical reduction. Step sizes lower than 100nm are achievable in fine displacement. Typical max speed for this FSPA is 200 um/s.

Actuation force: >100N; Travel range: 5mm; Typical lifetime: 100 cycles

Micro/Nano positioning, locking mechanism

Preliminary

MSPA is a module that provides unlimited motion in both rotation and translation. Since it's a module it easily fits any existing devices requiring 0.3 N of driving force.

Volume= 2 cm³; Max speed: 50 mm/s; Max driving force: 0.3 N; Lifetime more than 2 km

amagnetic; vacuum

Preliminary

MSPA is a module that provides unlimited motion in both rotation and translation. Since it's a module it easily fits any existing devices requiring 1 N of driving force.

Volume= 7 cm³; Max speed: 20 mm/s; Max driving force: 1 N; Lifetime more than 2 km

amagnetic; vacuum

Preliminary

MSPA is a module that provides unlimited motion in both rotation and translation. Since it's a module it easily fits any existing devices requiring 25 N of driving force.

Volume= 20 cm³; Max speed: 10 mm/s; Max driving force: 25 N; Lifetime more than 2 km

amagnetic; vacuum

Preliminary

The Linear Stepping Piezo Actuator LSPA30uXS is a high-force density stepping linear micro piezomotor.

Mass=1.9gr ; Max no load displacement: 6mm; Max speed: 70mm/s; Max driving force: 0.30N

Non-magnetic, IRM compatible

Standard

The Linear Stepping Piezo Actuator LSPA35XS is a high-force density stepping linear micro piezomotor.

Mass=5 gr ; Max no load displacement: 10mm; Max speed: 30mm/s; Max driving force: 1N

Non-magnetic

Standard

Rotary Stepping Piezoelectric Actuators (RSPA) are new long-stroke rotating piezoelectric motors for micro/nano positioning applications benefiting from the APA® heritage. They operate by accumulation of small steps.

Mass=3 gr ; Max speed: 65 rpm; Max driving torque: 1.33 Nmm

Preliminary