The challenges of integrating precision miniature motors involve product designers and researchers in a wide range of industries. Piezoelectric motors are used in biotechnology, medical devices, microscopy, laboratory automation, materials characterization, digital imaging, recreational equipment, IC manufacturing, photonics, aerospace and defense.
SQUIGGLE motors provide the smallest size, greatest efficiency, highest precision and lowest cost when applied in these areas.
Squiggle Motors, Stages and controllers Overview (Brochure).
SQL-RV-1.8-6-12
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| Description: |
The SQUIGGLE® RV Reduced Voltage micro motor and NSD-2101 drive ASIC combine to create the world’s smallest linear piezo motion control
system, with performance comparable to much larger systems |
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| Performance: |
Stroke (mm): 6; Stall force (g): 50; Resolution (µm): 0,5; Speed (mm/s): >7; VDC input = 2.3 to 5.4V, Dimensions (mm): 1,8*1,8*6 |
| Available options: |
Shaft Length; Packaging; Special Cables/connectors |
| Status: |
Standard |
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SQL-3.4-10
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| Description: |
The SQL Series motor is a small, robust, sub-miniature motor with low battery power consumption for next-generation portable electronics, medical devices, electronic locks and intelligent fasteners. |
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| Performance: |
Stroke range (mm): 5-30; Stall force (g): 200; Resolution (µm): 0,5; Speed(mm/s): 5; Dimensions (mm): 3,4*3,4*10 |
| Available options: |
Shaft Length; Packaging; Special Cables/connectors |
| Status: |
Standard |
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SQ-100 Series
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| Description: |
The SQ100 Series SQUIGGLE motor is a patented piezoelectric motor for nanopositioning applications in research,test and manufacturing. It can replace the manual micrometer in many commercial linear stages. |
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| Performance: |
Stall force (N): 5; Resolution (nm): 20; Speed range (mm/s): 0,001-2; Diameter (mm): 9,5; Length (mm):36,6 |
| Available options: |
Non Magnetic, Vacuum |
| Status: |
Standard |
