The patented Nanomotor® is a piezo driven linear motor. It is a multifunctional basic part for many positioning and manipulation devices. It has a positioning stroke of up to more than a centimeter while operating with atomic resolution. The Nanomotor thus bridges eight orders of magnitude.
The Nanomotor consists of a cylindrical housing and a slider with a free axial hole inside. It combines high resolution in the sub-nanometer range with a large positioning stroke. The Nanomotor utilizes a piezo tube for fine positioning and a shock wave produced by the same piezo tube for coarse movements.
The small Nanomotor is half the size of a match stick. It can lift six times its own mass. Every point of its stroke can be reached with a speed of up to 1 mm/s. The Nanomotor also works in ultrahigh vacuum or even under water. It is driven by a PC card at a supply voltage of only ±15 volts.
- atomic resolution
- 5-19 mm stroke
- max. load up to 25 g
- speed up to 2mm/s
- ultra high vacuum versions
- low temperature versions
- nonmagnetic versions
- low-voltage power supply
Nanomotor® Version | S=Small | L=Long | B=Big |
| Length of Nanomotor (5 mm vanish in mounting) | 18.1 mm | 31.4 mm | 31.6 mm |
| Length of standard mounting | 13 mm | 13 mm | 13 mm |
| Length of Nanomotor incl. standard mounting | 26.1 mm | 39.4 mm | 39.6 mm |
| Diameter of Nanomotor | 3.3 mm | 3.3 mm | 6.5 mm |
| Diameter of standard mounting | 5 mm | 5mm | 10mm |
| Positioning stroke | 5.7 mm | 15 mm | 10 mm |
| Fine positioning stroke | 10 nm/V | 20 nm/V | 20 nm/V |
| Resolution | atomic | atomic | atomic |
| Repeatability per direction (at constant load) | about 1% | about 1% | about 1% |
| Driving force | 0.03 N @3 g | 0.03 N @3 g | 0.25 N @25 g |
| Maximum load orthogonal to positioning direction | 0.5 N @50 g | 0.5 N @50 g | 1.0 N @100 g |
| Free axial hole, minimum diameter | 0.35 mm | 0.35 mm | 1.3 mm |
| Max. positioning speed | 2 mm/s | 5 mm/s | 5 mm/s |
| Mass including standard mounting | 2.20 g | 2.63 g | 9.77 g |
| Min. operation voltage, bipolar & symmetric | +/-15 V | +/-15 V | +/-15 V |
Centimeter stroke at atomic resolution
The basis of Nanotechnology is micro- or nano positioning. Piezoelectric crystals achieve high resolution down to the atomic scale. The drawback of this technique is the limited stroke of only a few µm.
This drawback is overcome by the patented Nanomotor®: It has a positioning stroke of up to more than a centimeter while operating with atomic resolution. The Nanomotor thus bridges eight orders of magnitude.
The Nanomotor is a linear motor consisting of a cylindrical housing and a slider with a free axial hole inside. It combines high resolution in the sub – nanometer range with a large positioning stroke. The Nanomotor utilizes a piezo tube for fine positioning and a pulse wave produced by the same piezo tube for coarse movements.
The small Nanomotor is half the size of a match stick. It can lift six times its own mass. Every point of its stroke can be reached with a speed of up to 2 mm/s. The Nanomotor also works in ultrahigh vacuum or even under water or in liquid Helium. It is driven by a PC card at a supply voltage of only ± 15 volts. The Nanomotor is available in three different versions (see below).
In its free axial hole the Nanomotor can transport a tip, a hose, an electrode, a hypodermic needle, a glass fiber, or even a micro gripper.
The Nanomotor is controlled by our PC Card.
Other electronics to drive the Nanomotor without a PC is also available, please ask for actual information.
®: Nanomotor is a registered trademark of Klocke Nanotechnik GmbH, Aachen and Kleindiek Nanotechnik GmbH Reutlingen