Optimizing the assembly process
Reduce assembly time, simplify production, and increase process reliability with MM WELDING® ultrasonic joining technology.
Fast integration into existing production lines
Flexible automation concepts
Lower assembly costs
Consistent weld quality
From Manual Assembly to Fully Automated Production
MM WELDING® enables the efficient joining of functional components to lightweight materials using ultrasonic technology. From hand tools to fully automated robotic cells, we provide engineering, tooling, equipment, and support for integrating MM WELDING® into the customer’s production line.
Handtools
The Handtool is the ideal entry-level solution for resistance welding. Combining ease of use, maximum flexibility and low investment costs, it supports a wide range of applications and enables efficient prototyping, fastener welding and low-volume production.
Table top machines
The Table top machine offers maximum flexibility for prototyping, small-batch and agile production. Benefit from fast changeovers, adaptable nesting and workstation layouts, and efficient manual operation to keep your production responsive and cost-effective.
X-Y-Portal machines
The X-Y-Portal machine delivers maximum flexibility and productivity. Easily switch between products, automate your workflow, and weld multiple points in one sequence for higher throughput and lower cycle times.
Dedicated machines
The dedicated machine is engineered specifically for your products and production requirements. From customized nesting and feeding systems to turntable solutions and noise protection, every detail is designed to maximize productivity. Flexible welding positions, including different heights, angles and bottom-side welding, ensure outstanding performance for even the most demanding applications.
Robotic machines
Integrating MM WELDING® technology into existing assembly lines is a straightforward and highly beneficial process. The modular nature of the ultrasonic welding unit allows for easy adaptation to different production environments, accommodating various material types and thicknesses without requiring significant line alterations. The equipment’s compact footprint and user-friendly interface ensure it can be seamlessly incorporated into existing workflows, enhancing efficiency without disrupting established processes.
The Smart Robotic MM WELDING® system is particularly conducive to integration. Its robotic automation capability is designed to be flexible, adapting to various operational layouts and production demands. This adaptability allows for the automation of complex tasks, reducing manual labor and increasing throughput. The system's machine learning component provides real-time process optimization, ensuring consistently high-quality outputs and adapting to diverse manufacturing needs. Moreover, the equipment's longevity and low maintenance requirements make it a cost-effective solution, promising long-term operational efficiency and reliability. By integrating MM-WELDING® technology, manufacturers can significantly upgrade their production capabilities, paving the way for increased productivity, reduced waste, and enhanced product quality.
Simplifying assembly:
a leap towards efficiency
Streamlining complex processes
LiteWWeight™ technology condenses multiple traditional steps into a singular, fluid motion. This integration not only simplifies the assembly process but also drastically reduces the time and effort involved.
Automating for consistency
By automating critical steps, LiteWWeight™ minimizes human intervention, leading to consistent quality and repeatability in every assembly cycle.
Optimizing production flow
With its rapid execution and precision, the technology enhances the overall production flow, allowing for more units to be assembled in less time, without sacrificing quality.
Reduced wear and tear on equipment
The LiteWWeight™ technology's ultrasonic approach significantly lessens the physical strain on assembly equipment. Traditional methods, which often involve more rigorous mechanical processes, can lead to quicker wear and tear. By employing ultrasonic energy for connections, the physical impact on machinery is minimized, leading to longer equipment lifespans and reduced maintenance costs. This not only streamlines the assembly process but also translates into long-term cost savings and increased equipment reliability.
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