coreJOIN®
Joining system for integration
coreJOIN® System Technology – flexible solutions for versatile joining requirements
The coreJOIN® joining system is designed for easy and space-saving integration into machines and automated production lines. Thanks to its closed power flow design, it ensures reproducible, precise, and stable metal-plastic joining results, even when component positions vary.
With its compact, standardized modules, coreJOIN® is suitable for both stationary setups and robot-guided applications – making it ideal for optimized use of limited workspace in modern production environments.
Adaptable and modular design
The modular system architecture of coreJOIN® offers maximum flexibility. A wide range of options from the standard catalogue allows efficient adaptation to different joining tasks and component geometries. The coreSUPPLY® supply and control units are perfectly matched to the joining tools, ensuring stable process quality, efficient energy use, and reliable performance across industries.
Technical features
Precise metal-plastic joining: strong, reproducible, and permanent connections
High holding force: stable and resilient joining results for demanding applications
Compact design: space-saving modules, ideal for tight production environments
Easy integration: seamless implementation into existing production lines and processes
Adaptable configuration: flexible system architecture for different joining geometries and layouts
Robust frame structure: consistent, reproducible results and long-term durability
Real-time process monitoring: maximum control, quality assurance, and safety
Flexible connectivity: easy integration with higher-level PLCs and bus systems
Durable construction: long service life with minimal maintenance effort
Temperature control: optimized connections for temperature-sensitive plastics and composites
Automation-ready: compatible with industrial robots and automated manufacturing systems
Full parameter monitoring: continuous control of all relevant process data for efficiency and reliability
