DOBOT SR4-2 4-AXIS SERIES ROBOT MANIPULATOR

Description

DOBOT SR4-2 features strong rigidity, reliability and affordable price with ±0.02mm end repeatability, a 6kg maximum load and 600mm working range.
Installment, operation and maintaining of SR4-2 can be extremely flexible and simple.

Specifications:

Type: DT-DB-4R020-00I
Reach: 600mm
Standard Cycle Time: 0.42s
User Circuit: 15Pin（D-Sub Port）
User Air Pipe: φ4mm x 1, φ6mm x 2
Net Weight: 19kg
Communication Mode: Ethernet, Modbus
Internal PLC: support
External Axis Control: support
Payload: 2-6Kg

Applications:

Inspecting
Assembling
Measuring
Polishing
Sorting
Material loading and unloading

About DOBOT:

Founded in 2015, Dobot Robotics is the creator of the world’s first desktop grade collaborative robot.
We offer 8 main product lines: CRA, CRAS, CR, CRS, MG400, M1 Pro, Nova, and Magician, with more than a dozen of collaborative robot models.
We are the first in the industry to offer a product line up that covers 0.5 to 20 kg payloads.
To date, DOBOT SR4-2 features strong rigidity, reliability and affordable price with ±0.02mm end repeatability, a 6kg maximum load and 600mm working range.has sold over 68,000 collaborative robots to 100 countries and regions and has ranked first in Chinese robot exporter by volume 5 consecutive years.
DOBOT SR4-2 robots are currently operational across over 15 industries including consumer electronics, automotive, metal processing, semiconductor, healthcare, chemical and retail.
DB Cobots is a United States based master distributor of Dobot Industrial Collaborative Robots located just outside of Philadelphia in Downingtown, Pennsylvania.
We stock all models of Dobot Industrial Cobots and accessories and provide technical support, service and training.
Limited space needs with no security fence required.
Real-time obstacle avoidance with every-5ms dynamic monitoring, 10cm-proximity pre-touch sensing & online route planning combined to produce the best trajectory to avoid obstacles.
Keep your employees safe with multi protection with force sensing, obstacle avoidance & camera entry detection.
Easily programmable using visual, drag & drop and block-based programming language. Teachable by demonstration or single-hand guidance, real-time control on your mobile phone, iPad or tablet through Wi-Fi (Wireless Fidelity) connection.