New Scale Technologies has announced new developer’s kits for its SQUIGGLE linear micro motors and TRACKER NSE-5310 position sensors. The kits are designed to simplify evaluation of this miniature motion technology and its integration into miniature medical devices such as micro-robotic surgical tools and miniature digital microscopes for endoscopy, automated disease screening, point-of-care instruments, drug discovery, industrial machine vision and distributed sensing.
The DK Series developer’s kits feature a tiny SQL series SQUIGGLE piezoelectric micro motor and a TRACKER NSE-5310 miniature position sensor. A slide assembly serves as a reference design for mechanical integration. A drive card with New Scale's NSD-1202 motor controller ASIC serves as an electrical reference design and a development tool for use from initial product evaluation through prototype development.
The compact kit is powered by two AA batteries, with a push-button operation to demonstrate motion. The New Scale Pathway Software controls the kit through a USB interface connected to a PC, to allow for more detailed evaluation and system development. All components can be removed from the kit using basic tools for system integration and prototype testing.
Closed-loop SQUIGGLE motor / TRACKER sensor kit
The model DK-1.8-SS-TRK-33 closed-loop developer’s kit is designed for evaluation of the TRACKER NSE-5310 position sensor and the closed-loop operation of the SQUIGGLE motor. It includes:
Open-loop SQUIGGLE motor kit
The model DK-1.8-SS-33 open-loop motor kit includes all of the above components except the position sensor. It facilitates open-loop motor evaluation, or development of systems using other position sensors or limit switches.
Price and availability
The developer's kits are available now starting at $495. Visit our website to buy online or for more information.
Contact New Scale regarding volume pricing and customization including custom chip-scale packaging for position sensors. New Scale’s design team works with OEM customers to integrate micro motors and sensors into system designs and create custom application-specific motion modules.