Nanomotion Ltd.
Ronkonkoma, NY 11779
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Linear Stages utilize ceramic servo motors.
Available in wide range of sizes with slides ranging from 50-150 mm wide, FB Series Stages are based on crossed roller bearings and are provided with non-contact linear encoder. Position resolution ranges from 1 Ã-µm to 10 nm. Stages are compatible to single- or multi-axis configurations with XY or XYZ mounting options. Vacuum rated and non-magnetic versions are available.
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Industrial Servo Motor can operate in vacuum.
Measuring 9 x 17 x 5 mm and weighing 5 grams, Model MM provides unlimited linear or rotary motion with .17 N of driving force and velocity up to 250 mm/sec. Motor works with company's standard amplifiers and any servo control, and can be integrated to most bearing structures. Small size and weight make motor suitable for end of arm tooling requirements.
Read More »Long Drive Strips facilitate unlimited travel.
Available in up to 4 m of single piece lengths, CCS Drive Strips can be butted together for longer travel. Units consist of ceramic coating on steel substrate and can be mounted via double-faced tape, mounting holes, or clamping spar. Ability to drive linear or rotary devices makes them suited for applications in semiconductor, fiber optic, electronics, bio-medical/pharmaceutical, automotive, and...
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Linear Stage is used for image acquisition.
MAK-AF Auto Focus linear stage is designed with counter balance spring to manage weight of lens objectives and utilizes precision crossed roller bearings with anti-migration device. Designed to operate vertically, stage provides up to 25 mm of travel, with encoder resolutions ranging from 10-100 nm and 1 nm available as option. MAK-AF is suited for rapid move & settle, used for image acquisition...
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Linear Stage suits auto focus applications.
Model MAK-AF provides up to 25 mm of travel, with encoder resolutions ranging from 10-100 nm. It features counter balance spring to manage weight of lens objectives, and uses crossed roller bearings with anti-migration device. Designed to operate vertically, stage is suited for rapid move and settle, image acquisition on microscopes, and other optical analysis.
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Piezoelectric Motors provide linear or rotary motion.
Able to drive linear and rotary stages, HR Series motors vary in size from single-element motors that provide .45 kg of force to 8-element motors that provide 3.6 kg of force. Speed ranges from several microns per second to 250 mm/sec. Operating characteristics provide inherent braking and ability to eliminate servo dither when in static position. Technology offers unlimited travel and no...
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Piezoelectric Motors are suited for vacuum environments.
Available from single-element motor that provides .45 kg of force to ark 8-element motor that provides 3.6 kg of force, HR series can drive linear and rotary stages. HR-V vacuum series is rated up to 10-7 torr, and HR-UV is rated up to 10-10 torr. Both configurations are suitable for bake out and operate without any magnetic field. This makes them suited to E-Beam writing and inspection and other...
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Amplifier combines coarse and fine positioning.
Designed for use with HR series motors, AB2 amplifier combines 2 modes of operation: standard servo mode and ultra-high resolution (1 nm) mode. Standard servo mode provides unlimited travels with velocities from 1 micron/sec to 250 mm/sec. DC mode, activated by input command, converts Ã-
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Amplifier supports precision servo motors.
Model AB5 linearizes voltage to velocity profile at amplifier level, and completely eliminates need for custom servo algorithms. It allows user to turn motor static holding force on or off, providing benefit of manually moving linear or rotary mechanism, as teach mode, and then applying static holding force when desired. Applications include semiconductor, fiber optic, electronics,...
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Motor provides improved heat dissipation.
Based on ultrasonic standing waves, HR8EE Piezoelectric motors provide 25% more speed, force, and duty cycle than HR8 motor. HR8EE improves heat dissipation allowing for significant improvement to Envelope of Performance for use with advanced motion control and automation systems. Maximum speed increases to 350 mm/sec; maximum force increases to 45 N.
Read More »Linear Stages utilize ceramic servo motors.
Available in wide range of sizes with slides ranging from 50-150 mm wide, FB Series Stages are based on crossed roller bearings and are provided with non-contact linear encoder. Position resolution ranges from 1 Ã-µm to 10 nm. Stages are compatible to single- or multi-axis configurations with XY or XYZ mounting options. Vacuum rated and non-magnetic versions are available.
Read More »
Industrial Servo Motor can operate in vacuum.
Measuring 9 x 17 x 5 mm and weighing 5 grams, Model MM provides unlimited linear or rotary motion with .17 N of driving force and velocity up to 250 mm/sec. Motor works with company's standard amplifiers and any servo control, and can be integrated to most bearing structures. Small size and weight make motor suitable for end of arm tooling requirements.
Read More »Long Drive Strips facilitate unlimited travel.
Available in up to 4 m of single piece lengths, CCS Drive Strips can be butted together for longer travel. Units consist of ceramic coating on steel substrate and can be mounted via double-faced tape, mounting holes, or clamping spar. Ability to drive linear or rotary devices makes them suited for applications in semiconductor, fiber optic, electronics, bio-medical/pharmaceutical, automotive, and...
Read More »
Linear Stage is used for image acquisition.
MAK-AF Auto Focus linear stage is designed with counter balance spring to manage weight of lens objectives and utilizes precision crossed roller bearings with anti-migration device. Designed to operate vertically, stage provides up to 25 mm of travel, with encoder resolutions ranging from 10-100 nm and 1 nm available as option. MAK-AF is suited for rapid move & settle, used for image acquisition...
Read More »
Linear Stage suits auto focus applications.
Model MAK-AF provides up to 25 mm of travel, with encoder resolutions ranging from 10-100 nm. It features counter balance spring to manage weight of lens objectives, and uses crossed roller bearings with anti-migration device. Designed to operate vertically, stage is suited for rapid move and settle, image acquisition on microscopes, and other optical analysis.
Read More »
Piezoelectric Motors provide linear or rotary motion.
Able to drive linear and rotary stages, HR Series motors vary in size from single-element motors that provide .45 kg of force to 8-element motors that provide 3.6 kg of force. Speed ranges from several microns per second to 250 mm/sec. Operating characteristics provide inherent braking and ability to eliminate servo dither when in static position. Technology offers unlimited travel and no...
Read More »
Piezoelectric Motors are suited for vacuum environments.
Available from single-element motor that provides .45 kg of force to ark 8-element motor that provides 3.6 kg of force, HR series can drive linear and rotary stages. HR-V vacuum series is rated up to 10-7 torr, and HR-UV is rated up to 10-10 torr. Both configurations are suitable for bake out and operate without any magnetic field. This makes them suited to E-Beam writing and inspection and other...
Read More »
Amplifier combines coarse and fine positioning.
Designed for use with HR series motors, AB2 amplifier combines 2 modes of operation: standard servo mode and ultra-high resolution (1 nm) mode. Standard servo mode provides unlimited travels with velocities from 1 micron/sec to 250 mm/sec. DC mode, activated by input command, converts Ã-
Read More »
Amplifier supports precision servo motors.
Model AB5 linearizes voltage to velocity profile at amplifier level, and completely eliminates need for custom servo algorithms. It allows user to turn motor static holding force on or off, providing benefit of manually moving linear or rotary mechanism, as teach mode, and then applying static holding force when desired. Applications include semiconductor, fiber optic, electronics,...
Read More »
Motor provides improved heat dissipation.
Based on ultrasonic standing waves, HR8EE Piezoelectric motors provide 25% more speed, force, and duty cycle than HR8 motor. HR8EE improves heat dissipation allowing for significant improvement to Envelope of Performance for use with advanced motion control and automation systems. Maximum speed increases to 350 mm/sec; maximum force increases to 45 N.
Read More »