Description

• DOBOT SR4-5 features compact structure, flexible actions, fast speed and high position accuracy with a ±0.01mm end repeatability, 6kg maximum load and 600mm working range.
• DOBOT SR4-5 greatly improves the adaptability to perform complex assembly tasks and provides significant space and cost savings.
• Payload: 5Kg-6Kg
• Type: DT-DB-4R050-00I
• Reach: 600mm
• Standard Cycle Time: 0.45s
• User Circuit: 16 Pin, 8in/8out expandable
• User Air Pipe: φ6mm x 2
• Net Weight: 20kg
• Communication Mode: Ethernet, Modbus
• Internal PLC: support
• External Axis Control: support
• 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 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 SR4-5 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.