What This Robot Can Do

Automatically unload materials from conveyors or filling lines
Precisely place cartons, bags, boxes, or bundled products on pallets
Form layers according to predefined stacking patterns
Handle up to 50 kg per item, continuously at full production speed
Integrate with 1-to-1 or multi-line setups, depending on layout

System Configuration

Our palletizing system typically includes:

Industrial robot unit
Product feeding conveyor
Pallet positioning station
Layer forming system
End-of-line control system (PLC + HMI)
Safety enclosure system

Optional:

Automatic pallet dispenser
Stretch wrapping integration
Multi-line feeding system

Key Technical Data

Parameter Category	Specific Specification
Arm Span	2,563 mm
Repeat Positioning Accuracy	±0.1 mm
Maximum Load	50 kg
Power Capacity	8.87 kVA
Equipment Weight	Approximately 725 kg
Protection Class	Wrist: IP54, Body: IP40

Supported Product Types

The system can handle standardized packaging such as:
Rigid packaging: Standard cartons, plastic turnover boxes, storage containers
Flexible packaging: Woven bags, kraft paper bags, bulk powder or granule bags
Mixed loads: Configurable pallet patterns for combined product types

Where It Is Applied

Packaging line end-of-line palletizing
Warehouse outbound preparation
Food & beverage production lines
Chemical and fertilizer bag handling
Industrial goods packaging centers
Logistics consolidation zones

product-1600-1021

Figure 2.1 3D Simulation Diagram

Figure 2.1 On-site Physical Object Diagram

Robot electric control cabinet

Material Unloading Barrel

Robot End Fixture (Replaceable)

3D Vision Integration System

Fixed elevation base for robot

FAQ

Q: Can this system be integrated into an existing packaging line?

A: Yes. The system is typically designed to connect with existing packaging or filling lines through conveyor-based interfaces. Integration depends on layout, output height, and product flow direction.

Q: How much floor space is needed for installation?

A: Space requirements depend on layout type (single line, multi-line, or centralized palletizing). A layout drawing is usually required for accurate evaluation.

Q: Can one robot handle multiple production lines?

A: Yes, under certain conditions. Multi-line configuration depends on cycle time balance, line spacing, and required throughput.

Q: What is the main factor affecting system performance?

A: The most important factors are production consistency, packaging uniformity, and synchronization between line output and pallet stacking cycle.

Q: Is customization required for different products?

A: Yes. End-effector type and stacking logic are typically adjusted based on product weight, shape, and pallet pattern requirements.

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