VISIT: Battery Recycling Customer Meetings in Czechia
DATE: Week Commencing 13 July 2026
TOPIC: Advanced X-ray battery identification and sorting
TECHNOLOGIES: BATTERAY, BATTERAY ZETA and ARGUS
CONTACT: www.batterysorting.com
Battery recycling operations must process increasingly complex streams containing batteries of different sizes, conditions and chemical compositions. Achieving reliable separation requires more than conventional visual inspection, particularly when batteries are damaged, corroded, unmarked or difficult to identify from their external appearance.
During the week commencing 13 July 2026, Neil Harrington will visit battery recycling organisations across Czechia to discuss how advanced X-ray inspection and sorting technologies can help address these operational challenges.
Supporting More Accurate Battery Identification
The meetings will focus on BATTERAY, BATTERAY ZETA and ARGUS, three technologies designed to support more controlled and efficient recycling processes.
By examining characteristics that may not be visible from the outside, X-ray sorting can help operators improve battery classification and reduce the risk of different battery types entering the wrong processing stream. More accurate identification can also contribute to cleaner output fractions and better preparation for downstream recycling.
BATTERAY provides an automated approach to sorting mixed streams of used batteries using X-ray analysis. BATTERAY ZETA expands this approach by combining multiple inspection methods with intelligent classification capabilities for more complex recycling environments.
ARGUS supports advanced material inspection and sorting applications where consistent analysis and reliable process control are required.
Addressing Practical Recycling Challenges
Neil Harrington’s meetings with Czech recycling companies will provide an opportunity to discuss real operational requirements, including:
- processing mixed battery waste streams;
- identifying batteries with damaged or missing labels;
- improving separation accuracy;
- reducing contamination between material fractions;
- supporting safer handling and processing;
- increasing throughput as recycling volumes grow;
- integrating sorting technology into existing recycling lines.
Rather than focusing only on individual equipment features, the discussions will examine how each solution can fit into the wider recycling process and support the specific requirements of each facility.
Technology for Scalable Recycling Operations
As recycling volumes increase, operators need systems that can deliver consistent results without creating unnecessary bottlenecks. Automated X-ray battery sorting provides a scalable alternative to processes that rely heavily on manual identification or surface-level visual characteristics.
The appropriate configuration will depend on the composition of the incoming battery stream, required sorting categories, available space, target throughput and downstream processing requirements.
By working directly with recycling organisations, LINEV Systems can better understand these conditions and identify the most suitable technology for each operation.
Building Stronger Partnerships in Czechia
The July visit reflects LINEV Systems’ commitment to supporting battery recyclers through direct technical dialogue and long-term cooperation.
Czechia is an important market for organisations developing more responsible approaches to resource recovery, waste management and circular production. Meetings with local customers and industry specialists will help identify new opportunities to improve battery sorting performance and support the continued development of modern recycling infrastructure.
LINEV Systems looks forward to meeting existing partners, establishing new industry relationships and exploring how intelligent X-ray technologies can contribute to safer, smarter and more efficient battery recycling.
To learn more about BATTERAY, BATTERAY ZETA, ARGUS and LINEV Systems battery sorting technologies, visit www.batterysorting.com .
