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Linear Rotary Specialty Mechatronics LabVIEW Custom
LabVIEW LabVIEW

Most Quanser specialty experiments are fully compatible with National Instrument's LabVIEW™ and N.I.'s E and M Series data acquisition (DAQ) boards, The MathWork's Simulink® and Maple™ by Maplesoft.

Quanser's Specialty Challenges
Explore advanced control issues such as nonlinear control, state estimation, optimal control, robotics and more with Quanser's line of specialty challenges including earthquake mitigation, aerospace and robotics applications. The universal challenge remains to design, implement and test your control system of choice. The complete mathematical modelling as well as detailed system parameters are supplied to help streamline the control system implementation of your choice.
Compatible with all our control solutions, Quanser's specialty systems are interchangeable with Quanser's linear and rotary products so you can create a range of challenging experiments to discover throughout your lab.
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Quanser's current line of haptic devices were originally designed and constructed by Prof. Tim Salcudean (at the University of British Columbia) to perform haptic research. Quanser has advanced the redundant actuator robots into robust haptic devices.

 
 

 
Planar Rotary IP
2 DOF Serial Flexible Link
Smart Structure
3 DOF Helicopter
Coupled Tanks
5 DOF Open-Architecture Robot
Magnetic Levitation
Cube
xy Shake Table III
2 DOF Helicopter
Heat Flow (HFE)
3 DOF Hover
Shake Table I
Shake Table II
High-g Active Mass Damper
High Wire Walker
Direct Drive Rotary Servo
3 DOF Planar Pantograph
5 DOF Haptic Wand
Quanser Phantom Expansion Kit
Mirage F3D-35 Haptics System
2 DOF Serial Flexible Joint
3 DOF Crane