Hot Products

Crane Boom:

All-rounder for lifting operations

Learn The Details

Contact Details

Telephone

+86 153 7656 0472

Address

Beinantian Village South Head, Changgou Town, Jining, Shandong, China
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    3T Boom

    The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane’s lifting capacity, working radius, and applicable scenarios.

    Basic Components:

    Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity.

    Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction).

    Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension.

    Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability.

    Category:

    3T Winch, 14-inch Integrated Slewing Ring, 3-Section 3-meter Boom (with Rope Return), 360° Continuous Rotation (Central Swivel Joint), Luffing Hydraulic Cylinder, Dual-Direction Operation, Two Hydraulic Outriggers

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    3T Boom

    The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane's lifting capacity, working radius, and applicable scenarios. Basic Components: Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity. Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction). Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension. Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability.
  • ×

    6T Boom

    The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane’s lifting capacity, working radius, and applicable scenarios.

    Basic Components:

    Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity.

    Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction).

    Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension.

    Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability.

    Category:

    winch, 17-inch integrated rotary plate, 3.5m 4-section arm (return rope), 360″ continuous rotation (center joint), vertical top luffing cylinder, two-way downward operation, two frame legs

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    6T Boom

    The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane's lifting capacity, working radius, and applicable scenarios. Basic Components: Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity. Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction). Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension. Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability.
  • ×

    8T Boom

    The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane’s lifting capacity, working radius, and applicable scenarios.

    Basic Components:

    Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity.

    Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction).

    Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension.

    Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability.

    Category:

    8T winch, 19-inch integrated rotary plate, 4 meters 4 sections 0 arm (return arm rope), 360° continuous rotation (center joint), vertical top luffing cylinder, upper operation/two-way downward operation, two frame legs

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    8T Boom

    The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane's lifting capacity, working radius, and applicable scenarios. Basic Components: Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity. Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction). Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension. Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability.
  • ×

    10T Boom

    The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane’s lifting capacity, working radius, and applicable scenarios.

    Basic Components:

    Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity.

    Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction).

    Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension.

    Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability.

    Category:

    10T winch, 21-inch integrated rotary disc (900 internal chainring), 4.5 m 5 sections (return rope), 360 continuous rotation (center joint), vertical luffing cylinder, upper operation, two double-section frame hydraulic outriggers

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    10T Boom

    The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane's lifting capacity, working radius, and applicable scenarios. Basic Components: Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity. Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction). Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension. Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability.
  • ×

    12T Boom

    The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane’s lifting capacity, working radius, and applicable scenarios.

    Basic Components:

    Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity.

    Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction).

    Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension.

    Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability.

    Category:

    12T winch, 1000m thickened rotary plate, 5m 4-section arm (return arm rope), two-stage planetary reducer, 360° continuous rotation (center joint), vertical luffing cylinder, upper operation, the first two double-section frame hydraulic outriggers, the rear two single-section outriggers

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    12T Boom

    The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane's lifting capacity, working radius, and applicable scenarios. Basic Components: Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity. Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction). Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension. Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability.
  • ×

    14T Boom

    The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane’s lifting capacity, working radius, and applicable scenarios.

    Basic Components:

    Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity.

    Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction).

    Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension.

    Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability.

    Category:

    14T winch, 1200m thickened rotary plate, 5m 5-section single-board inner rope arm, double two-stage planetary reducer, 360° continuous rotation (center joint), vertical luffing cylinder, upper operation, the first two double-section frame hydraulic legs, the last two single-section support services

    Open full product page

    14T Boom

    The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane's lifting capacity, working radius, and applicable scenarios. Basic Components: Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity. Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction). Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension. Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability.
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Help Center

Get Answers to Your Questions

At Shandong Jiusheng, we prioritize your experience in customizing your lifting equipment.
How to start customization?
Visit our site, select the product, click “Customize Now”, fill in requirements and submit.
Yes. Our team provides preliminary designs for your review after you submit basic info.
Working scenarios, performance needs, special designs, and contact details.
Early minor changes allowed; contact us promptly for adjustments.
Yes, a deposit (50% of the total cost) is required to get started.
Sure. Submit requirements and our team will provide a detailed quote.
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What we offer

Make every customization precise and innovative

Shandong Jiusheng Intelligent Equipment Co., Ltd. is a high-tech enterprise integrating the research and development, production and sales of crane equipment. The company has many product patents, direct supply from the factory, no middlemen, adhering to the concept of green win-win, closely connected with customers, establishing strategic partnerships, constantly improving product performance, and wholeheartedly providing customers with valuable equipment.

R&D Strength

Shandong Jiusheng is a high-tech enterprise with many product patents and a good reputation.

Custom processing

Advanced R&D team supports customized production and accurately adapts to the needs of multiple scenarios.

quality assurance

Carefully selected materials, refined craftsmanship, and multiple certifications to ensure quality.

transportation

Global logistics coverage, accurate delivery to the customer's designated location.

Technical training

Provide video training and operation guidance to solve customer problems remotely.

After-sales guarantee

The product is guaranteed for one year, and the 7*24 hours online customer service responds to your needs.
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