Nanomotion HR Series high force motors are high precision ceramic motors. Designed and manufactured under the Nanomotion brand, HR motors combine unlimited stroke with high resolution in compact dimensions. HR series motors range in size from 1 – 8 piezo elements providing forces to 3.2kg, and multiple motors can be combined for up to 15kg force. These motors can drive rotary and linear stages with a wide dynamic range of speeds. HR motors have unlimited travel with vacuum versions available. Applications include microscopy, precision motion, and robotics.

Nanomotion HR Series high force motors are high precision ceramic motors. Designed and manufactured under the Nanomotion brand, HR motors combine unlimited stroke with high resolution in compact dimensions. HR series motors range in size from 1 – 8 piezo elements providing forces to 3.2kg, and multiple motors can be combined for up to 15kg force. These motors can drive rotary and linear stages with a wide dynamic range of speeds. HR motors have unlimited travel with vacuum versions available. Applications include microscopy, precision motion, and robotics.

Nanomotion HR Series high force motors are high precision ceramic motors. Designed and manufactured under the Nanomotion brand, HR motors combine unlimited stroke with high resolution in compact dimensions. HR series motors range in size from 1 – 8 piezo elements providing forces to 3.2kg, and multiple motors can be combined for up to 15kg force. These motors can drive rotary and linear stages with a wide dynamic range of speeds. HR motors have unlimited travel with vacuum versions available. Applications include microscopy, precision motion, and robotics.

Nanomotion HR Series high force motors are high precision ceramic motors. Designed and manufactured under the Nanomotion brand, HR motors combine unlimited stroke with high resolution in compact dimensions. HR series motors range in size from 1 – 8 piezo elements providing forces to 3.2kg, and multiple motors can be combined for up to 15kg force. These motors can drive rotary and linear stages with a wide dynamic range of speeds. HR motors have unlimited travel with vacuum versions available. Applications include microscopy, precision motion, and robotics.

Nanomotion LS series motors are the ideal solution for repetitive step and settle applications with zero servo dither. These motors provide unlimited travel and step resolution better than 20 nm. Piezo motors have no intrinsic magnetic field and have no sensitivity to external magnetic fields. With mass as low as a few grams, these LS motors have maximum speeds of up to 20mm/sec.

Nanomotion LS series motors are the ideal solution for repetitive step and settle applications with zero servo dither. These motors provide unlimited travel and step resolution better than 20 nm. Piezo motors have no intrinsic magnetic field and have no sensitivity to external magnetic fields. With mass as low as a few grams, these LS motors have maximum speeds of up to 20mm/sec.

Nanomotion LS series motors are the ideal solution for repetitive step and settle applications with zero servo dither. These motors provide unlimited travel and step resolution better than 20 nm. Piezo motors have no intrinsic magnetic field and have no sensitivity to external magnetic fields. With mass as low as a few grams, these LS motors have maximum speeds of up to 20mm/sec.

Johnson Electric provides miniature piezo motors in two platform technologies. The Nanomotion brand EDGE motor series is the smallest industrial motor of its kind available in the marketplace today. Providing unlimited linear or rotary motion, the EDGE motor works with a uniquely designed, compact ASIC-based driver, and can be operated with any servo controller. The EDGE motor operates in a wide dynamic velocity range, has excellent move and settle characteristics and very low power consumption.

The ST series provides high resolution motion control for linear or rotary devices in a fraction of the space of traditional mechanisms. The ST is ideal for small stepping as well as continuous travel, with the ability to make step increments in the tens of nanometers and the ability to operate at speeds up to 250mm/sec. Offering unlimited travel and a wide dynamic velocity range, the ST series is available in medium and low speed versions for high resolution operation.

Johnson Electric provides miniature piezo motors in two platform technologies. The Nanomotion brand EDGE motor series is the smallest industrial motor of its kind available in the marketplace today. Providing unlimited linear or rotary motion, the EDGE motor works with a uniquely designed, compact ASIC-based driver, and can be operated with any servo controller. The EDGE motor operates in a wide dynamic velocity range, has excellent move and settle characteristics and very low power consumption.

The ST series provides high resolution motion control for linear or rotary devices in a fraction of the space of traditional mechanisms. The ST is ideal for small stepping as well as continuous travel, with the ability to make step increments in the tens of nanometers and the ability to operate at speeds up to 250mm/sec. Offering unlimited travel and a wide dynamic velocity range, the ST series is available in medium and low speed versions for high resolution operation.

Johnson Electric provides miniature piezo motors in two platform technologies. The Nanomotion brand EDGE motor series is the smallest industrial motor of its kind available in the marketplace today. Providing unlimited linear or rotary motion, the EDGE motor works with a uniquely designed, compact ASIC-based driver, and can be operated with any servo controller. The EDGE motor operates in a wide dynamic velocity range, has excellent move and settle characteristics and very low power consumption.

The ST series provides high resolution motion control for linear or rotary devices in a fraction of the space of traditional mechanisms. The ST is ideal for small stepping as well as continuous travel, with the ability to make step increments in the tens of nanometers and the ability to operate at speeds up to 250mm/sec. Offering unlimited travel and a wide dynamic velocity range, the ST series is available in medium and low speed versions for high resolution operation.

Johnson Electric provides miniature piezo motors in two platform technologies. The Nanomotion brand EDGE motor series is the smallest industrial motor of its kind available in the marketplace today. Providing unlimited linear or rotary motion, the EDGE motor works with a uniquely designed, compact ASIC-based driver, and can be operated with any servo controller. The EDGE motor operates in a wide dynamic velocity range, has excellent move and settle characteristics and very low power consumption.

The ST series provides high resolution motion control for linear or rotary devices in a fraction of the space of traditional mechanisms. The ST is ideal for small stepping as well as continuous travel, with the ability to make step increments in the tens of nanometers and the ability to operate at speeds up to 250mm/sec. Offering unlimited travel and a wide dynamic velocity range, the ST series is available in medium and low speed versions for high resolution operation.

Johnson Electric provides revolutionary piezo motor technologies for defense applications that require silent and backlash free operation. The Nanomotion brand ER series leverages the advantages of piezo motion technology packaged in a tubular motor housing. The ER motor is a robust and high precision design with integrated drive and encoder. The Piezo Rotary Motor direct drive eliminates gears to deliver zero backlash performance. Power efficiency is maximized due to built in braking to hold position without power consumption. The ER motor series has the best SWaP (size, weight and power) performance for customized applications in shutter control and auto focus mechanisms for in-flight, head mounted or hand held devices. Closed loop operation is supported by Nanomotion’s S775 XCD closed loop drive and control module, supplied as a PCBA or components for system integration.