3D Sorter M

3D Sorter M is a high-throughput multi-layer model in the 3D Sorter Series, using a non-lifting one-column multi-cart structure for stable continuous operation.

• Fits high-throughput e-commerce, express, retail, overseas warehouse and 3PL sortation
• Supports parallel multi-destination sortation with less manual handling
• Useful for sites that need multi-layer layouts and stable continuous operation

The system is not a fixed package — induction stations, scanning, chutes and every supporting component are configured to fit your site.

• 1-30 induction stations, configurable by site rhythm
• 200 chutes, customizable by destination flow
• Top, table, multi-side and RFID scanning with manual or automatic induction

Core parameters are listed below. Final configuration can be adjusted by destination flow and equipment area.

• Maximum mechanical throughput: 40,000 pcs/h
• Loop speed: 1.2 m/s
• Sorting cart type: one column, multiple carts (non-lifting)
• Induction stations: 1-30, customizable
• Induction mode: manual / automatic
• Chute count: 200, customizable
• Scanning mode: top / table / multi-side / RFID
• Load: 7 kg
• Installation time: two weeks
• Accuracy: 99.99%
• Operating environment: 0°C-45°C

3D Sorter M balances high throughput with a multi-layer layout while keeping induction, scanning and chute configurations project-adjustable.

• Non-lifting multi-cart structure supports continuous high-frequency operation
• Manual or automatic induction can match site rhythm
• Chutes and scanning modes are project-customizable
• Standard installation cycle is two weeks

Frequently asked questions about this product:

• What scenarios fit the 3D Sorter M? 3D Sorter M fits high-throughput, multi-layer and continuous sortation. It provides up to 40,000 pcs/h mechanical throughput with 200 chutes and 1-30 customizable induction stations.
• What are the 3D Sorter M structure and installation requirements? It uses a non-lifting one-column multi-cart structure with a 1.2 m/s loop speed, supports manual or automatic induction and multiple scanning modes, and has a standard two-week installation cycle.

To evaluate equipment scale, chute count and deployment boundaries, prepare the following information for consultation.

• Warehouse area, available equipment zone and current material flow
• Average volume, peak volume, order waves and main destination flows
• Parcel size, weight range, barcode/RFID recognition and induction mode
• WMS, MES or existing automation interfaces that need to be connected