Robot Accessories

Robotiq Hand-E

Adjustable position, force, and speed
High precision and rigidity
High grip force
High-speed motion
Grip and part-dimension variation
Durable, low-maintenance design
Easy-to-use software

CHARACTERISTICS

STROKE 50 mm
WEIGHT 1 kg
GRIP FORCE 20 to 185 N
BRANDS Universal Robots, Epson, Kawasaki, Mitsubishi
PROTECTION IP67

Visual Robotics VIM-303

VIM-303 is a complete vision system and robot controller in a single package with 3D vision, 12 megapixel image capture, and onboard-lighting. It can be arm-mounted or fixed-mounted, and visually locates and tracks static or moving objects with ease — and no encoders. Pick and place programming is accomplished with code-free drag-and-drop blocks, or via our Python API. VIM-303 turns your UR robot into a vision-enabled, multi-purpose tool.

CHARACTERISTICS

RESOLUTION 12MP Color; 1MP Stereo
DEPTH OF FIELD 80 mm - Infinity
FIELD OF VIEW 550 mm x 408 mm (at 400mm)
ON-BOARD Hi-Res Auto-Focus Color Camera; Stereo Cameras; 4-bank lighting; Image Processor; Motion Controller
PROTECTION IP65/67
INPUT POWER PoE <15W
COMMUNICATIONS Gigabit Ethernet

DATASHEET

Robotiq 2F-85 and 2F-140 Grippers

The 2F-85 and 2F-140 Adaptive Grippers are the grippers for collaborative robots. Use them to accomplish a complete lineup of applications with a fast time-to-production—no robotics expertise required. They’re key to a highly flexible and reliable robotic cell.

Plug + Play on collaborative robots
Eliminate changeovers & reduce tooling costs
Pick parts of different size and shapes
Automate all your applications with one gripper
Program your application in minutes

CHARACTERISTICS

STROKE 85 mm / 140 mm
WEIGHT 0.9 kg / 1 kg
GRIP FORCE 20 N - 235 N (2F-85) / 10 N - 125 N (2F-140)
BRANDS Universal Robots, Epson, Kawasaki, Mitsubishi
PROTECTION IP40

DATASHEET

Suppliers

Stay in Touch

Get the latest news and cutting edge strategies with our free newsletter. Subscribe today!

ABOUT

Olympus Controls is an Engineering Services company that specializes in the integration of motion control, machine vision, and robotic technologies.