● High Performance Robot

● Designed for Bilateral Studies

● 2D Virtual / Augmented Reality

● Modular Design

● Standing or Sitting Use (optional)

● Integrated Gaze-Tracking(optional)

● Easy To Use and Powerful

Select from these components of KINARM End-Point Lab

● One or two KINARM End-Point robots

● High-resolution secondary encoders for improved performance

● 6 degree-of-freedom force / torque sensors

● Desktop display or intergrated virtual / augmented reality presentation of 2D virtual targets in the workspace

? ?plane

● Data acquisition hardware, including up to 32 channels of analog input, 4 channels of analog output and?

? ?30 channels of? ?digital input / output

Robot & System Specifications

● Peak torque pulse of 58N

● Feedback resolution of 3 microns with optional secondary encoders or 15 microns without

● End-point stiffness (mechanical planar) of ~ 40,000 N/m with optional secondary encoders or 16,000 N/m

? ?without

● 76cm X 44cm elliptical workspace per robot; 118cm X 44cm combined elliptical workspace for bilateral system

● Effective inertia of 0.8 / 1.0kg (minor / major axes)

● Real-time control and data acquisition at 1 kHz

● Minimum suggested lab size 3m X 3m

KIMARM Gaze-Tracker Specifications

● Sampling Rate : 500Hz

● Subject Setup : requires a quick 13 point calibration

● Resolution : 0.05°RMS ; saccade resolution of 0.25°

● Accuracy : ~0.5°?with minimal head movement; up to ~1°?with extreme head motion

● Workspace Area : elliptically shaped of ~ 50cm X ~ 30cm (~55°?in the horizontal;~40°?in the vertical).

? ?The range does not cover the entire Virtual Reality workspace which is 76cm X 44cm.

? ?The gaze-tracker is centered in the middle of the KINARM Lab workspace to optimize the range.

● Recovery from Loss of Tracking: fast recovery through use of target sticker

www.kinarm.com