IDI Automated Test Tube Robot Cell Custom Cell 200iD/7L 6 Axis 7kg 911mm 2020
IDI interactive Design
Details
-
CategoryRobotic / Automation
-
Dimension62.0in x 148.0in x 88.0in
-
SerialE20632724
-
Shipping TypeFreight
-
Manufacturing2020-06-01
-
Voltage / Hertz200-230V / 50Hz/60Hz
Description
Manufactured by IDI Interactive Design in 2020, the Automated Test Tube Pick and Place Custom Robot Cell utilizes the FANUC LR Mate 200iD/7L robot arm. This compact robot, designed for handling small payloads of up to 7 kg, features an extended reach of 911 mm and 6 axes for increased flexibility. Ideal for medical manufacturing, this system efficiently performs pick and place operations at a rate of 70-100 parts per minute. Embedded with machine vision and integrated into FANUC's offline programming software, ROBOGUIDE, it enhances operational efficiency in robotic machine tending and picking/packaging tasks, minimizing waste and ensuring stringent quality control. Condition: Good, with signs of wear from use but no known functionality issues.
Technician comment
Custom robot cell with FANUC System R-30iB Mate Plus Robot LR Mate 200iD/7L
Key Features
- Manufactured by IDI Interactive Design in 2020
- Utilizes FANUC LR Mate 200iD/7L Robot
- Handles payloads up to 7kg with 911mm reach
- 6 axes for enhanced operational flexibility
- Processes 70-100 parts per minute
- Integrated ROBOGUIDE software for offline programming
- Ideal for pick and place applications in medical manufacturing
- Machine vision for enhanced quality control
Specifications
- Controlled Axes: 6
- Max Payload: 7 kg
- Repeatability: 0.01 mm
- Mounting Method: Floor / Upside Down / Angle
- Reach: 911 mm
- Voltage: 200-230V
- Hertz: 50Hz/60Hz
Weight
Imperial: 2241.6 Pounds
Metric: 1016.77 Kilograms
Shipping Dimensions
Imperial: 74.4 lb x 177.6 lb x 105.6 lb
Metric: 188.98 cm x 451.1 cm x 268.22 cm
Harmonized Code
84795000
Harmonized Code Details
84795000 - Industrial robots, n.e.s. in heading no. 8479, capable of handling payloads over 5kg. Suitable for use in robotic automation systems.
Comments 0
There are currently no public comments.