The PL-Universe ProWhite Robot 2.0 (w/ AGV) is an advanced humanoid robot engineered for intelligent manufacturing and collaborative operations. It is distinguished by its high precision, adaptability, and the ability to add value to processes. This robot integrates a flexible industrial VLA model with autonomous decision-making technology, enabling it to efficiently manage tasks dispatched from enterprise MES systems. It autonomously collaborates across workstations to execute tasks such as handling, assembly, inspection, and packaging with proficiency.
The robot is versatile, finding applications in various industries, including consumer electronics, automotive parts manufacturing, semiconductor manufacturing, and biological medicine development. Its design allows for seamless deployment across manufacturing, healthcare, commercial services, and research sectors. The robot’s proprietary core algorithms, clustered decision and execution capabilities, and precision visual localization contribute to its expanded operational workspace and efficient skill transfer.
The robot is compatible with various intelligent end effectors, including those for fastening, high-precision dispensing, adaptive soldering, and micro-oiling, enhancing its functionality across different tasks. Its four-wheel omnidirectional walking mode and substantial load capacity further augment its operational efficiency.
Note: Ensure proper handling and operation to maintain safety standards.
1x PL-Universe ProWhite Robot 2.0 (w/ AGV)
1051 x 800 x 2035 mm (L x W x H)
Operating height: 0.7-1.3 meters
Arm span: 910 mm
Weight: 400 kg
Charging time: 2 hours
Battery capacity: 40 V 100 Ah
Charging methods: AC/DC, plug-in, battery swap
Endurance: ≥8 hours
Degrees of freedom of the arm: 6
Maximum load per arm: ≈ 7 kg
Walking speed: >2.5 meters per second
Walking mode: Four-wheel omnidirectional
Total load capacity: 12 kg
Reviews
There are no reviews yet.
Be the first to review “PL-Universe ProWhite Robot 2.0 (w/ AGV)” Cancel reply
Reviews
There are no reviews yet.