Dimensions: 130x400x250 (l/h/p)
LIVE quality control of welding
Ultrasonic generator Next 2.0 / R34
The NEXT ultrasonic generator is the result of over 30 years of experience to meet the needs of the market for having a single multifrequency ultrasonic generator.
This ultrasonic generator was designed with the goal of being flexibile, intuitive, easy to use and versatile for all ultrasonic welding jobs from the simplest to the most complex.
Welding parameters are avaible on various types of communication systems to allow real-time quality control of the welding and to minimize process errors.
System costs can also be optimized from using an ultrasonic generator with different resonance units.
The integrated welding methods such as time, energy cycle and costant power cover the major applications in the world of ultrasound, the additional features provide a maximum process stability and cost reduction.
Main Features
The reduced depth (250mm) allows installation in small spaces. Process quality with variable limits. The voltage of the converter wich can be parmeritezed so that any vibrating unit can be connected to the ultrasonic generator. Parameters that can be modified by the user and / or selection of welinding profiles for immediate configuration:
- Rapid response times to changes in conditions of resonance and load lower than the mSec.
- LIVE configuration and diagnostics via USB and Ethernet intereface.
- Minimun network load due to PFC (Power Factor Correction).
- Variation in Amplitude from 50% to 100%.
- Soft start for large or circular sonotrode I/O for interconnections to PLC or remote systems.
- Simple and easy to use
- Unique generator, 3 levels of frequency: 30-35-40 Khz
- (available also in 20Khz)
- Constant output power
- Auto turning and automatic frequency search
- Compact Design
- LIVE quality control of welding
Applications
- Cutting and welding of thermoplastics (spot and/or continuous)
- Food cutting
- Cutting and welding of fabric
- Sealing of flexible and rigid packaging
- Punching and cutting of plastic polimers