New Scale Technologies, Inc.
Victor, NY 14564
Share:
New Scale Awarded Second U.S. Patent for Piezoelectric SQUIGGLE Motor Technology
Victor, NY - March 14, 2007 - New Scale Technologies, Inc. has received its second U.S. patent for its piezoelectric SQUIGGLE motors, the company announced today. The patent covers New Scale's latest design innovations that facilitate high-volume manufacturing and allow further miniaturization of this tiny ultrasonic device, which at 1.5 x 1.5 x 6 mm is the world's smallest linear motor. The new...
Read More »
New Scale Awarded Second U.S. Patent for Piezoelectric SQUIGGLE Motor Technology
Victor, NY - March 14, 2007 - New Scale Technologies, Inc. has received its second U.S. patent for its piezoelectric SQUIGGLE motors, the company announced today. The patent covers New Scale's latest design innovations that facilitate high-volume manufacturing and allow further miniaturization of this tiny ultrasonic device, which at 1.5 x 1.5 x 6 mm is the world's smallest linear motor. The new...
Read More »
Tiny Auto Focus / 3X Zoom Lens Unveiled at 3GSM Demonstrates SGUIGGLE Motors for Phone Cameras
New Scale's partner Tamron markets lens module to world's leading handset makers Victor, NY - Feb. 21, 2007 - New Scale Technologies' partner Tamron Co. Ltd. demonstrated an ultra-compact auto focus / 3x optical zoom lens module for phone cameras at the 3GSM conference in Barcelona last week. The new AF 3X zoom module, driven by New Scale's patented piezoelectric SGUIGGLE motors, measures only...
Read More »
Tiny Auto Focus / 3X Zoom Lens Unveiled at 3GSM Demonstrates SGUIGGLE Motors for Phone Cameras
New Scale's partner Tamron markets lens module to world's leading handset makers Victor, NY - Feb. 21, 2007 - New Scale Technologies' partner Tamron Co. Ltd. demonstrated an ultra-compact auto focus / 3x optical zoom lens module for phone cameras at the 3GSM conference in Barcelona last week. The new AF 3X zoom module, driven by New Scale's patented piezoelectric SGUIGGLE motors, measures only...
Read More »
Miniature Motors deliver precise linear motion.
SQL Series piezoelectric SQUIGGLE motors convert ultrasonic vibrations into precise linear motion. Able to hold their position when power is turned off, these ceramic motors are compatible with high magnetic fields, including MRI chambers. Uses include nanotechnology research, microelectronics, optics, lasers, biotechnology, medical devices, aerospace and defense, and fluid control, as well as...
Read More »
Miniature Motors deliver precise linear motion.
SQL Series piezoelectric SQUIGGLE motors convert ultrasonic vibrations into precise linear motion. Able to hold their position when power is turned off, these ceramic motors are compatible with high magnetic fields, including MRI chambers. Uses include nanotechnology research, microelectronics, optics, lasers, biotechnology, medical devices, aerospace and defense, and fluid control, as well as...
Read More »
Linear Positioning Stage measures 25 x 25 x 10 mm.
Driven by integral piezoelectric SQUIGGLE motor that provides precise incremental motion of 100 nm, Model SQL-3405 delivers automated set-and-hold micropositioning for optical microscopy, laser alignment, and other space-constrained applications. Integral position sensor provides closed-loop control with resolution of 10 -µm. Travel range of 5 mm provides for automatic positioning without manual...
Read More »
Linear Positioning Stage measures 25 x 25 x 10 mm.
Driven by integral piezoelectric SQUIGGLE motor that provides precise incremental motion of 100 nm, Model SQL-3405 delivers automated set-and-hold micropositioning for optical microscopy, laser alignment, and other space-constrained applications. Integral position sensor provides closed-loop control with resolution of 10 Ã-µm. Travel range of 5 mm provides for automatic positioning without...
Read More »
Linear Motor measures 1.5 x 1.5 x 6 mm.
Offering 20 g push force, piezoelectric SQL-1.5 SQUIGGLE Motor features ceramic design that generates no magnetic fields and can be made of non-ferrous materials, making it MRI-safe and image compatible. Unit provides 10 mm stroke with resolution better than 100 nm and no load speed up to 10 mm/sec. Typical applications include phone cameras and medical devices such as implantable drug pumps and...
Read More »
Linear Motor measures 1.5 x 1.5 x 6 mm.
Offering 20 g push force, piezoelectric SQL-1.5 SQUIGGLE Motor features ceramic design that generates no magnetic fields and can be made of non-ferrous materials, making it MRI-safe and image compatible. Unit provides 10 mm stroke with resolution better than 100 nm and no load speed up to 10 mm/sec. Typical applications include phone cameras and medical devices such as implantable drug pumps and...
Read More »