Doosan A-SERIES A0912
Cobot Doosan A-SERIES A0912
– Payload: 9 kg
– Reach: 1200 mm
– Repeatability: ±0.05 mm
Key features
A+ Safety
The advanced safety algorithm ensures the safety beyond the limits of current-based collision detection technology.
A+ Speed
The high-end hardware, created by Doosan’s world class technology, promises quick and flawless performance on any task with the highest speed in the industry along with the remarkable acceleration.
A+ Customization
Customers have a choice of High-tech force sensor model for more delicate tasks requiring human like dexterity.
ROI
Reduced cycle time and excellent cost-effectiveness promises the shortest time for your ROI.
Applications
Specification A-SERIES
A0509/ A0509s | A0912/ A0912s | |
---|---|---|
Payload | 5 kg | 9 kg |
Reach | 900 mm | 1200 mm |
Weight | 21 kg | 31 kg |
Tool Speed | 1 m/s | 1 m/s |
Repeatability | ±0.03 mm | ±0.05 mm |
Temperature | 0~45 °C | 0~45 °C |
Included
Controller
The solid control platform guarantees stable performance in any field based on real-time control and high-speed communication technology.
DART Platform
DART Platform, the Doosan Robotics user software, enables robot teaching along with the wide range of programming actions on a PC environment.
Navy
A model with improved resistance to stains, allowing easy management even in environments vulnerable to contamination. (Color to choose).
White
The basic model. A simple, delicate color matching any work environment. (Color to choose).
Additional options (paid)
Smart Pendant
A simple interface with commonly used function buttons including Home Position, Servo ON/OFF and Start/Stop for easy controlling.
Teach Pendant
A teaching device offering tablet PC-like ease of use, and with the inclusion of the DART Platform, it is capable of simple programming.
Cockpit
A direct teaching button capable of selecting various teaching modes as well as saving coordinates with simple button operations.
DC Controller (To be released)
A control device with a compact design allowing it to be installed easily in various mobile robots, such as AGVs and AMRs.