New Scale Technologies is Expanding, Announces Promotions to Support Next Phase of Growth
New Scale is pleased to announce these internal staff promotions that enhance our organization’s effectiveness and support the next stage of product development and growth. By expanding the leadership bench, New Scale Technologies is positioning the company to pursue...
New Scale Technologies and Q-Block Computing Connect to Advance Quantum
New Scale Technologies is pleased to announce its support as a supplier to Q-Block Computing, a member of the Luminate 2024 cohort. Q-Block Computing provides fault-tolerant quantum devices for advanced computation, communication, and sensing. It utilizes New Scale...Checking Optical and Imager Geometry for use in M3-FS and M3-F Focus Module Developer’s Kits
Prior to purchasing the M3-FS or M3-F Focus Module Developer’s Kit, you should verify compatibility of configuration to your lens and imager format. This design note outlines how to validate system compatibility.
New Scale Technologies, Inc. is manufacturing next-generation “Viper” fiber positioners for the Via Project, a collaboration with the Center for Astrophysics | Harvard & Smithsonian, Carnegie Observatories, and Stanford University.
New Scale Technologies, a leading manufacturer of the smallest micro positioning systems, is manufacturing prototype Viper fiber positioners for the Via Project. Via is a collaboration between Carnegie Observatories, the Center for Astrophysics | Harvard &...
Live Demo: 4-Shank Probe Trajectory Planning | Pathfinder, Pinpoint & NTE
See how to plan trajectories and insert multiple 4-shank silicon probes, viewing real-time positions in the Allen CCF with Pinpoint & NTE. About this presentation: The latest releases of Neuropixels Trajectory Explorer (NTE), Pinpoint, and New Scale’s...
Resolution, Repeatability, and Accuracy in Micro Motion Systems
Resolution, accuracy, repeatability, and precision are critical requirements of motion systems. They fundamentally impact system complexity, cost, and development time. Understanding these terms will help you refine and optimize your instrument requirements. At a high...
Upright Magnetic Arms, with Extender Posts, Improves 4DOF Multi-Probe Micromanipulator Flexibility
By Ed Friedrich Many of our Multi-Probe Micromanipulator users look to us for guidance on how to optimize their Multi-Probe Micromanipulator (MPM) configuration for their lab and research goals. Our answer is usually “it depends” – what does the behavioral apparatus...
Improvements to the Multi-Probe Micromanipulator System
By Ed Friedrich We love hearing from our customers, and we truly listen to constructive feedback and opportunities for improvement. Over the past year, we have been thrilled with the progress MPM users have made with our ambitious Pathfinder Software initiative,...
