Cotton Bales Handling with Bale Grabber Attachment

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Cotton Bales Handling with Bale Grabber Attachment Specification

Sealing Type
High pressure hydraulic seals

Model No
CBGA/2024

Part Name
Bale Grabber

Hardness
Medium to High

Bearing Type
Heavy duty pivot bearing

Load Capacity
Up to 2500 kg (per operation)

Lubrication Type
Grease lubricated

Mounting Type
Forklift mast/carriage or loader arm

Tolerance
5 mm

Use
Handling and transporting cotton bales

Product Type
Cotton Bale Grabber Attachment

Material
High strength alloy steel

Technology
Hydraulic actuation

Part Type
Hydraulic Attachment

Power Mode
Hydraulic

Technique
Welded and precision machined

Surface Treatment
Powder coated / Painted

Size
Customizable (commonly fits forklift/loader arms)

Dimension (L*W*H)
Approx. 2100 x 1350 x 900 mm (can vary)

Color
Yellow or as specified

About Cotton Bales Handling with Bale Grabber Attachment

Salient Features

1. Cotton bales handling with Bale grabber attached to Loader.

2. Low diesel consumption.

3. Loader detachable within 20 minutes by single person at site.

4. "39 types" of Industry specification interchangeable bucket options for Front End Loader.

5. Easy material handling using BULL - Tractor attachments for various application.

High Performance Hydraulic Bale Grabber

This bale grabber utilizes advanced hydraulic actuation and precision engineering to deliver consistent performance in material handling environments. Its medium to high hardness alloy steel structure provides optimal strength, while the adjustable size fits most common forklift and loader configurations. Powder coating or painting protects the attachment against corrosion and wear, ensuring a long operational life.

Versatile and Customizable Attachment

The CBGA/2024 model allows seamless integration with various material handling vehicles, thanks to its customizable dimensions and mounting options. It accommodates the specific demands of cotton bale operations, offering flexibility for diverse industrial applications. Reliable, grease-lubricated bearings and high-pressure seals reinforce its suitability for continuous heavy-duty use.

FAQs of Cotton Bales Handling with Bale Grabber Attachment:

Q: How does the bale grabber attachment improve cotton bale handling efficiency?

A: The hydraulic bale grabber boosts efficiency by securely gripping and transporting large cotton bales with minimal manual effort, thanks to its robust design and high-pressure hydraulic actuation. This results in faster operations and reduced risk of damage to the bales.

Q: What is the installation process for the CBGA/2024 bale grabber attachment?

A: Installation involves mounting the attachment onto a forklift mast, carriage, or loader arm using the provided brackets, connecting the hydraulic lines, and ensuring proper lubrication and sealing as per manufacturer guidelines. Customizable dimensions allow compatible fitting with a range of handling equipment.

Q: When should the bale grabber attachment be maintained for optimal performance?

A: Routine maintenance should include regular inspection of pivot bearings, hydraulic seals, and lubrication points, ideally before each operational cycle. Scheduled servicing ensures longevity and consistent performance, especially in demanding industrial environments.

Q: Where can the bale grabber attachment be used effectively?

A: This attachment is specifically designed for agricultural and industrial settings such as cotton processing facilities, warehousing, export handling, and manufacturing units throughout India, offering versatile application wherever bulk cotton bales are managed.

Q: What surface treatments are applied to enhance the attachments durability?

A: The grabber undergoes powder coating or painting, providing resistance to corrosion and mechanical wear, which is crucial for maintaining performance and appearance during prolonged material handling operations.

Q: Which benefits does the hydraulic actuation technology offer users?

A: Hydraulic actuation delivers controlled, smooth gripping and release actions, significantly improving safety, load stability, and operational efficiency. This technology also minimizes operator fatigue and extends the equipments usable lifespan due to precise, consistent movement.

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