NEW FINDER™

Redefining the limits of metal recycling with one modular sorting system

Multi-sensor system for flexible sorting
Enhanced material classification accuracy
Improved recovery & sorting efficiency
Digital control & performance monitoring
Improved safety & service-friendly design

A modular sorting system for today’s metal recycling challenges

Built on decades of metal recycling experience, the new FINDER™ represents the next generation of a trusted sorting system, designed as a modular metal sorting platform for modern recycling. It delivers a more capable and flexible solution for complex material streams – one machine with many possibilities.

As a complete system update, it combines mechanical, pneumatic, and software improvements within one integrated architecture. All sensors and software are developed in-house and engineered to ensure consistent interaction between detection and sorting logic.

The new FINDER™ gives recyclers the flexibility to do more with one system – running multiple sorting programs, achieving advanced material classification, and reaching performance targets without rethinking the entire line.

The multi-sensor system delivers flexible sorting performance, with AI-based object processing providing enhanced material classification accuracy. Digital control software with monitoring and remote access supports precise program adjustments on-site or within the local network, simplifying daily operations for operators.

It is ideally suited for shredder processing plants, ELV recycling operations, and e-scrap processing lines, where performance and flexibility across metal fractions are critical to maintaining and upgrading material quality.

FEATURES

Next-generation EM sensor
AI-based object processing
High-definition RGB camera
New user-friendly machine interface
Deep learning technology (GAINnext™)

See FINDER™ in action:

MULTI-SENSOR METAL SORTING SYSTEM

The new FINDER™ is engineered as a modular multi-sensor sorting platform that adapts to different material streams and metal sorting objectives.
• Combine EM, DLA, NIR, and RGB sensor technologies within one integrated architecture.
• Configure sensor combinations according to recovery targets and material upgrading requirements.
• Depending on the application, advanced laser technology may not be required.
PRECISION MATERIAL CLASSIFICATION

Multi-sensor detection and object processing enable high-purity separation of metals and polymers, including insulated copper wires and PCB fractions.
• High-resolution RGB camera for color-based metal sorting and separation.
• AI-based object processing for precise material differentiation.
• Optional NIR sensor technology for polymer type detection and separation.
INCREASED RECOVERY & THROUGHPUT PERFORMANCE

System refinements support increased throughput and optimized material separation performance across complex scrap streams.
• Automatic variable air unit and new valve blocks improve ejection control, response time, and compressed air consumption.
• Jet guard and gap filler protect critical components, reducing wear, downtime, and service effort.
• Redesigned chute concept enhances material stabilization and belt distribution.
DIGITAL CONTROL. REMOTE MONITORING.

Digital control software improves operational efficiency through real-time machine monitoring, sorting program management, and process transparency.
• Real-time machine status, alarms, and performance data visibility.
• Sorting program selection and adjustment directly via digital control software.
• Remote access within the local network for faster response and simplified operator workflows.

Discover our Digital Solutions