Continuous operation under extreme conditions

Sorter systems are the marathon runners of logistics - they have to work around the clock with an availability of over 99%. Especially on peak days such as Black Friday or during the holidays, they run at full speed. The aim is to sort thousands of parcels per hour without errors. Any failure can bring the entire supply chain to a standstill and cause high costs.

• Resistance to external influences: Sorter systems must also work reliably under dust, temperature fluctuations and high humidity.
• High resilience of components: Mechanical parts must be designed to withstand millions of cycles in order to avoid failures.

Maximum precision in fractions of a second

A sorting error costs time and money. That's why modern systems have to make decisions in milliseconds. Automated detection, intelligent sensor technology and automated processes ensure error-free and efficient sorting - even at maximum speed.

• Minimize error tolerance: Even the smallest deviations in sorting can lead to massive delays and returns.
• Real-time data processing: Systems have to analyze and process large amounts of information in milliseconds.

Increasing efficiency through smart technologies

Minimal maintenance with maximum uptime - a key success factor for economical sorting systems. Energy-efficient solutions lower consumption and reduce CO₂ emissions. At the same time, the increasing use of automation and robotics enables processes to be optimized and bottlenecks to be managed proactively.

• Predictive maintenance: Intelligent maintenance systems detect wear at an early stage and prevent unplanned downtime.
• Resource-saving operation: Reliable control systems lower energy consumption and reduce material wear

Flexibility and adaptability

Logistics is becoming increasingly dynamic - sorter systems have to efficiently handle a wide variety of parcels in varying shapes, sizes and weights. At the same time, the market requires rapid adaptation to new product ranges and customer requirements. Flexible configurations and scalable systems are therefore essential.

• Modular expandability: Systems must be able to be adapted to new requirements with minimal effort.
• Multi-format capability: Sorter systems must be able to recognize and efficiently process a wide variety of packaging and product sizes.

Seamless integration and system compatibility

Digitalization places high demands on the IT infrastructure of logistics centers. Sorter systems must be able to be integrated smoothly into existing processes. Standardized interfaces facilitate communication between machines and systems and enable end-to-end networking.

• Interoperability with other automation solutions: Efficient collaboration with robotics, conveyor technology and merchandise management systems is crucial.
• Simple scalability: IT and control systems should be able to be flexibly expanded as throughput increases.

Economic efficiency and future-proofing

Investments in sorter systems must pay off in the long term through efficiency gains and cost savings. Scalable solutions ensure that companies can react flexibly to growth and continuously optimize their logistics processes.

• Low operating costs: Energy-efficient drives and intelligent control systems help to reduce costs in the long term.
• Investment protection: Future technology upgrades should be compatible with existing systems to ensure long-term profitability.
   

Cross Belt Sorter

These sorters use individual belts that run over rollers and are capable of sorting different items at the same time. They are particularly efficient at handling small and medium-sized parcels and offer high speed and precision.

Tilt Tray Sorter

The Tilt Tray Sorter system uses tilted trays to direct products in different directions. These systems offer a high degree of flexibility and are ideal for sorting large, irregularly shaped goods.

Sliding Shoe Sorter

With moving shoes that transport the products along a fixed route, this sorter is particularly suitable for small to medium-sized items. It is characterized by high precision and speed, even with complex sorting requirements.

Steerable Wheel Sorter

This technology uses steerable wheels to move products along defined paths. Steerable wheel sorters are particularly suitable for applications where different product sizes and weights need to be handled.

Pouch Sorter

Pouch sorters use small pockets to sort and transport products. They offer a high degree of flexibility and can be used in various industries, particularly for handling textiles, small parts and pharmaceuticals.

Pusher or Puller Sorter

This type of sorter is used to either push or pull products and transport them to the desired location. They are ideal for handling heavy or large goods that require strong mechanical support.