Servo Spin Friction Welder iRF series
♦ 6th generation iQS operation system
♦ UTC embedded stacked series of high-end processors
♦ Support four brands of scanners
♦ Support MES, DPS system
Description
The iRF series servo spin friction welder is an advanced precision servo welding machine with a dual motor servo module. Future-oriented multi-expansion iQS operating system with multiple welding modes. The dual motorised unit allows for very precise control and optimal welding results. The friction generated ensures precision and tightness in the assembly of thermoplastics and technopolymers, resulting in perfect welding quality. Ethernet connection, data connection to support Industry 4.0 applications, data traceability and the collection of tooling and workpiece barcodes or QR codes with the scanning gun for perfect product quality control.
Unique Advantages:
The sixth generation iQS operating system, multi-level password protection and hierarchical authorization.
UTC embedded stacked series of high-end processors to achieve high-speed and extreme control.
Support MES, DPS system and self-developed DataLog to cooperate with 5G application.
Support four brands of scanners.
Graphical analysis for quality monitoring.
Multiple welding modes: torque mode, absolute mode, relative mode, dynamic and static holding pressure.
Servo Spin Friction Welder iRF Series
More Information
- Data Sheet
| Model | iRF |
| Process Technology | Spin Welder |
| Motion System | Servo Control |
| Operating Device | 10″ color touch screen |
One Unit.
Yes, we could offer the sample and it’s not free.
Our factory has passed ISO9001 and has been awarded CE certificates. All parts are designed and manufactured in our own factory, and all the machines have to be tested before delivery with test report.
Related Product
If you have any questions about this machine, please feel free to contact us!
Ultrasonic plastic welding is a process in which plastics are heated up and joined by high-frequency ultrasonic vibrations.
Thermoplastics are ideal for ultrasonic welding because of their ability to reconsolidate when the temperature rises.













