Category: Bio-Medical
How a Hexapod Brings the Sense of Touch to Mixed Reality
Generating virtual force feedback in 6 degrees of freedom
Hexapods and Precision Motion Stages Advance Microfluidic 3D Printing
Microfluidic 3D printing requires extreme precision. Learn how PI’s hexapods and motion stages enabled researchers to create a record-setting device with 11,200 valves and 7 μm pores.
6-Axis Fast Hexapod Powers Portable Computerized Dynamic Posturography and Balance Training System
Advanced Motion Control Solution Helps Injured Soldiers Regain their Balance
PRIME: Fiber-Optic Fabrication Breakthrough Enables Advanced Neuroscience Exploration at WUSTL
“Disco Ball” Fiber Manufactured with Ultrafast Lasers; Multi-Axis Precision Motion Delivered by Pi’s A-311 Planar Air-Bearing XY Stage and V-308 High-Speed Nanofocusing Stage
Reproductive Medicine gets Help from Piezo Technology
Piezo-ICSI: Advancing Success in IVF Treatments
White Paper: Piezoelectric Transducers for Ultrasonic Surgery Tools
Materials and System Design Guidelines for Different Applications
Microfluidics: How Medical Technology Benefits from Piezoelectric Transducers
Whitepaper from the Piezo Design Experts at PI Ceramic
Blog Categories
- Aerospace
- Air Bearing Stages, Components, Systems
- Astronomy
- Automation, Nano-Automation
- Beamline Instrumentation
- Bio-Medical
- Hexapods
- Imaging & Microscopy
- Laser Machining, Processing
- Linear Actuators
- Linear Motor, Positioning System
- Metrology
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- Multi-Axis Motion
- Nanopositioning
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- Piezo Mechanics
- Piezo Transducers / Sensors
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- X-Ray Spectroscopy