VIM-303 Vision Guidance Camera
The VIM-303 Vision Guidance Camera controls robotic arms for pick and place applications.
Available product kits
VIM-303
no End Effector
VIM-303
with VR Single Suction Gripper
VIM-303
with VR Quad Suction Gripper
VIM-303
The ground breaking 3D vision guidance system that controls robotic arms for pick and place applications.
Because VIM-303 is a robot controller and vision system all in one, all you need to automate is a VIM-303, a robot arm, and a gripper.
The arm-mounted camera is the key to making robotics affordable and easy to use.
A 3D camera, 2D camera, powerful vision processing and robot guidance, packed into one convenient package.
Intuitive QuickPick303 web interface allows novice users to easily select between pre-programmed tasks.
Programming a Vision Guided Workcell using VIM-303 follows 3 easy steps:
Define Objects
Define Waypoints
Define Program
1. Define Objects
Vision programming has never been easier. Using the Vision Editor, define new objects with the click of a button.
2. Define Waypoints
Easily set waypoints by jogging or free-driving the robot using the Motion Editor, which includes a live image display.
3. Define Program
New tasks are straightforward to create using Blockly. Create programs in seconds using natural language, the way a person would be taught a task. Advanced programmers can control the camera using Python.
Other Programming Options
Programming in Python
Blockly programs are translated by the Camera into Python. Advanced users can program the Camera from a PC using Python.
Programming in PolyScope
The Camera can also be controlled from PolyScope, the native programming language of the Universal Robot. Add visual picking to your existing blind PolyScope programs.
Get assistance from our distributor to build your own vision guided workcell using VIM-303.
VIM-303 Videos
VIM-303 Overview
Pick still or moving objects with ease - no conveyor encoder or fixturing needed. Program easily using Blockly by simply dragging and dropping phrases that describe your task. Visually pick objects by name. Place, stack or palletize. The all in one design includes an active stereo camera, a 12MP autofocus camera, and illumination.
Step 1 - Define objects
Step 2 - Define waypoints
Step 3 - Define program (blockly)
Select task and press start
Ease of Programming
Visual Stacking
See how easy it is to pick still or moving objects and stack them on each other.