Ultrasonic Robots for Plastic Products Customized Car Tail Lights Welding Machine

Product Description

Product Name: Ultrasonic Robots Welding Machine

Product Specification
 

Type	CS-R2000
frequency	30KHZ/ 35KHZ
Total power	8000
input voltage	AC380V
Robotic arm size	1600mm
Robotic loading	10kg
repeated positioning accuracy	±0.05mm
Panel size	800*400
machine size	2200*2100*2000
machine net weight	1.5T

Product Feature:
Ultrasonic robots are high-end devices that combine ultrasonic technology and robotic automation technology, widely used in fields such as inspection, cleaning, welding, and cutting. Their core features are as follows:
1. Efficiency and Precision
- High-frequency vibration technology: Utilizing ultrasonic waves (typically with frequencies ranging from 20kHz to 100kHz) to achieve efficient processing (such as welding and cutting) or high-precision inspection.
- Automated control: Robots are controlled through programming or AI algorithms, with repeat positioning accuracy reaching the micron level, suitable for precision industrial scenarios (such as electronic component welding and semiconductor processing).
2. Multifunctional Integration
- Multi-task adaptability: By changing the tool head (transducer), the same robot can perform various tasks such as inspection, cleaning, and welding (for example, used for seam inspection and component cleaning in automotive manufacturing).
- Intelligent sensor fusion: Integrating visual systems, force sensors, etc., to provide real-time feedback data (such as synchronously analyzing material thickness or internal cracks during inspection).
3. Safety and Reliability
- Human-machine collaboration safety: Equipped with force control systems and emergency braking, suitable for human-machine collaborative scenarios (such as collaborative welding on automotive assembly lines).
- Long lifespan design: Transducers made from fatigue-resistant materials like titanium alloys can achieve continuous working lifespans of tens of thousands of hours (for example, in 24/7 operations for lithium battery tab welding production lines).

Typical Application Scenarios
- Automotive manufacturing: Ultrasonic welding of battery modules (with a penetration rate exceeding 90% in electric vehicle production lines)
- Aerospace: Layer inspection of composite materials (with inspection accuracy of 0.1mm for Airbus A350 wings)
- Electronics industry: Chip wire bonding


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