Features

1.Modular Design
Easily configurable to fit various layout requirements, allowing for flexible integration into existing production lines.
2.Heavy-Duty Construction
Built with robust materials to withstand continuous operation and high-load capacities, ensuring long-term reliability.
3.Precise Positioning
Equipped with sensors and servo-controlled drives to ensure accurate stop positions for consistent robotic pick-up or pallet placement.
4.Adjustable Speed Control
Variable speed drives enable smooth acceleration and deceleration, optimizing throughput while protecting product integrity.
5.Accumulation Capability
Allows products to queue smoothly without pressure build-up, preventing damage and ensuring continuous feeding to the palletizer.
6.Low Maintenance Design
Features such as sealed bearings, maintenance-free motors, and easy-access components reduce downtime and simplify servicing.
7.Hygienic & Durable Surfaces
Available with food-grade belts, stainless steel frames, or corrosion-resistant coatings to meet industry-specific sanitation requirements.

Common Types of Conveying Equipments:

1. Belt Conveyors

Ideal for transporting a wide range of products, including irregularly shaped or fragile items. They provide smooth movement and are often used at infeed sections.

1. Roller Conveyors

Available in gravity-driven or motorized forms. They are suitable for rigid items like boxes, cartons, or pallets. Motorized roller conveyors (MDR) offer controlled movement and zoning capabilities.

Chain Conveyors

Used for heavy-duty applications, such as transporting pallets or heavy cases. They are durable and reliable under high-load conditions.

Slat Conveyors

Featuring a series of slats, these conveyors are used for handling products that require stable support, such as bags, large cases, or unstable loads.

Transfer Units & Turntables

These facilitate changes in direction, orientation, or alignment of products before they enter the palletizing cell.

Applications:

Packaging & Transport

FAQ:

1: What is a palletizing conveyor system?
A palletizing conveyor system is an automated material handling solution that transports products (bags, boxes, cartons, or pails) from the production line to a robotic or traditional palletizer, which then stacks them onto a pallet for storage or shipment. It typically includes incline conveyors, roller conveyors, chain transfers, and turntables.

2: What types of products can your system handle?
Our systems are highly versatile. They can handle a wide range of products including:
Bags: Woven PP bags, paper bags, valve bags (cement, chemicals, animal feed).
Boxes: Corrugated cartons, cartons (food, beverage, electronics).
Pails & Drums: Plastic or metal pails and drums.
Bundles: Shrink-wrapped bundles or trays.

3: What is the typical speed (capacity) of your system?
It depends on the product type and palletizing method.
For bag palletizing, our systems typically run at 800 to 2,500 bags per hour.
For box palletizing, speeds range from 300 to 1,500 cartons per hour.
For robotic cells, speeds are generally 400–1,200 cycles per hour.
We offer customized solutions based on your specific production line requirements.

4: Can the system handle multiple pallet sizes and stacking patterns?
Yes. Our systems are equipped with advanced software that allows for quick recipe changes. You can store dozens of different pallet patterns (layer patterns) and switch between different pallet sizes (e.g., EUR-pallet, UK-pallet, custom sizes) via a Human-Machine Interface (HMI) touch screen with just a few clicks.

5: Can you customize the system to fit my existing factory layout?
Absolutely. We specialize in custom engineering. We offer L-shaped, Z-shaped, or straight-line configurations to fit tight spaces. We can adjust conveyor widths, heights, and angles to integrate seamlessly with your existing filling machines, checkweighers, and stretch wrappers.

6: Do you offer a solution for multiple product SKUs (different sizes) on one line?
Yes. For mixed SKU production, we highly recommend robotic palletizing systems. The robot can be fitted with a vacuum or mechanical gripper that automatically adjusts to different product dimensions. The vision system and software allow the robot to identify the product and apply the correct stacking pattern.