Senad 70Kg Bag Palletizing Robot Machine

In Senad’s product listings, the system is presented as an automatic warehouse robot designed for industrial stacking and heavy package handling, with a stated application focus that includes automated loading/unloading and palletizing-style operations.

In logistics and industrial packaging lines, “bag palletizing” generally refers to the mechanized process of picking a filled bag (such as fertilizer, feed, powders, granules, or other bulk-packed materials), orienting it for stable stacking, and placing it onto pallets or into palletizing cages according to a repeatable pattern. Senad’s warehouse-robot portfolio also describes de-palletizing and palletizing system concepts that can be programmed for packaged goods, including bags.

Design and Features

Heavy-bag handling orientation

The “70Kg” naming is used in Senad’s product title to indicate suitability for heavy bag workflows. The same product listing also specifies a gripping weight range of 2–100 kg, implying that the system configuration is intended to support a broad envelope of bag and package weights depending on end-effector and application.

Mobile stacking and warehouse use framing

Senad’s listing frames the machine as a mobile industrial stacking solution and associates it with warehouse handling scenarios, including mixed stacking and cage-related operations (e.g., “mobile mixed stacking and unstacking (cage)” and “mobile intelligent sorting and palletizing (cage)”).
In practice, this category typically covers operations where palletizing is not limited to a fixed station, but can be integrated into broader material movement workflows in a warehouse.

Autonomous navigation and loading/unloading scenarios

The same Senad listing describes autonomous navigation and “intelligent loading,” including picking from a conveyor belt and navigating to a platform or carriage for unloading workflows.
While site deployment details vary, these scenario descriptions place the product in the family of warehouse robots that combine movement + manipulation to reduce manual handling.

Industrial build and compliance markers

Senad’s product listing references typical industrial packaging and support elements such as ISO/CE certification claims, a one-year warranty, and shipment in a wooden case—common commercial characteristics in industrial automation procurement.

Technology and Specifications

Note: Public listings generally provide a limited subset of technical data. The values below are the specifications explicitly shown in Senad’s published listing for this product.

Package size envelope

Senad provides a stated package size range:

• Minimum package size: 200 × 200 × 200 mm

• Maximum package size: 500 × 960 × 1000 mm

These ranges typically influence whether the system can reliably pick, stabilize, and place bags without deformation affecting measurement or gripping.

Payload / gripping capacity

• Gripping weight: 2–100 kg

Although marketed as a “70Kg Bag” palletizing robot machine, the published gripping range indicates that Senad positions the configuration to cover multiple heavy-bag use cases.

Environmental and electrical characteristics

• Operating temperature: −20 to 60°C

• Charging supply voltage: 220–240 V

• Working voltage: DC 48 V

Physical characteristics and mobility-related items

• Machine weight: 800 kg

• Overall size (listed specification): 1600 × 1400 × 1550 mm

• Slope capability: ≤45°

• Gap distance: 400 mm

• Obstacle cross: 800 mm

(Interpreting these mobility figures for a specific site normally requires confirmation of floor conditions, safety constraints, and the manufacturer’s definitions for “gap” and “obstacle cross.”)

Commercial and classification fields (as listed)

• Country of origin: China

• HS Code (as listed): 8428700000

• MOQ: 3 sets (in the product list view)

• FOB price range (listing): US$185,000–200,000 / set

Applications and Use Cases

Bag palletizing in industrial packaging lines

Heavy bag palletizing is common in industries where finished goods are packed into sacks for bulk distribution—examples include agriculture inputs, feed, chemicals, construction materials, and processed food ingredients. A 70 kg-class palletizing workflow is generally intended to reduce ergonomic strain and improve consistency versus manual stacking.

Warehouse receiving, staging, and outbound pallet build

In distribution environments, automated bag palletizing can support:

• building outbound pallets to standardized patterns,

• staging pallets for loading docks,

• re-palletizing mixed inbound pallets into uniform outbound units,

• and supporting cage or container workflows described in Senad’s scenario text.

Mixed package handling (bags + cartons) in practice

Senad’s broader warehouse-robot descriptions indicate palletizing/depalletizing systems can be configured for a “wide range of products,” including boxes and bags, which aligns with facilities that run mixed SKUs and packaging formats.

Advantages / Benefits

Reduced manual labor and improved ergonomics

A primary benefit of heavy bag palletizing automation is the reduction of repetitive lifting and twisting motions—one of the highest-risk tasks in many warehouses. For 70 kg-class loads, automation is often pursued not only for throughput, but for safety and workforce sustainability.

Repeatable stacking patterns and load stability

Robotic palletizing can standardize layer patterns and placement accuracy, improving pallet stability for transport and reducing downstream damage. This matters for deformable bags where inconsistent placement can lead to leaning pallets and wrap failures.

Integration potential with conveyors and warehouse workflows

Senad’s scenario text references picking up from a conveyor belt and unloading back to a conveyor belt, indicating an intended fit for conveyor-fed material flows.
In many deployments, a bag palletizing robot is evaluated on how easily it integrates with upstream bagging lines, checkweighers, barcode stations, stretch wrappers, and WMS/TMS dispatch processes.

Suitability for varied operating environments

The listed −20 to 60°C operating range suggests positioning for a broad range of industrial conditions (e.g., non-climate-controlled facilities), subject to the usual site engineering checks for dust, humidity, and safety classification.

FAQ Section

What is the Senad 70Kg Bag Palletizing Robot Machine?

It is a Senad-listed industrial bag palletizing robot machine designed for automated stacking and warehouse handling scenarios involving heavy bagged goods, marketed as a 70 kg-class solution.

How does the Senad 70Kg Bag Palletizing Robot Machine work?

In the published scenario description, the system is framed around autonomous navigation and intelligent loading/unloading, including picking up items from a conveyor belt and performing palletizing-style operations (including cage-related stacking/unstacking workflows).

Why is bag palletizing automation important?

Bag palletizing automation is important because it reduces manual heavy lifting, improves operator safety, and creates more consistent pallet loads—especially for deformable sacks where placement consistency affects stability during transport and storage.

What are the benefits of the Senad 70Kg Bag Palletizing Robot Machine?

Senad’s listing indicates benefits aligned with warehouse automation, including suitability for heavy handling (listed gripping range 2–100 kg) and scenario support for intelligent loading/unloading and palletizing workflows.

What specifications should I confirm before ordering?

Based on the published listing, buyers commonly confirm: package size range, required gripping weight, facility conditions within the stated −20 to 60°C operating range, power requirements (220–240 V supply / DC 48 V working voltage), and safety/integration scope for conveyors and pallet handling.

Summary

The Senad 70Kg Bag Palletizing Robot Machine is positioned as a heavy-duty bag palletizing and warehouse handling system within Senad’s broader automation portfolio. Public listings describe a configuration designed for industrial stacking workflows with autonomous navigation and loading/unloading scenarios, alongside published parameters such as a 2–100 kg gripping weight range, defined package size limits, and industrial operating conditions.