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Hydraulic Make-up & Breakout Machine (Bucking Unit) - High Precision Torque Solutions from China Suppliers and Factory

Hydraulic Make-up & Breakout Machine (Bucking Unit) - High Precision Torque Solutions from China Suppliers and Factory

Introducing TAKEKLO's premier Hydraulic Make-up & Breakout Machine (Bucking Unit), a high-precision solution tailored for high torque applications across all threaded connections. This versatile equipment is designed for drill strings, bottom hole assemblies, and various downhole tools essential for manufacturers and rig operations in China. Our Bucking Unit accommodates drill pipes, drill collars, drilling motors, casing, tubing, and tool joints, making it a vital tool for energy industry suppliers, What sets our Make-up & Breakout Machine apart is its unique **Mandrel type** design, which facilitates high and accurate torque in non-rotational applications. This horizontal wrenching unit enables efficient top-loading of tools, ensuring seamless offline makeup and breakout operations. As a leading factory, TAKEKLO is committed to providing innovative solutions for the oil and gas sector, firmly establishing our position among premier suppliers in the market

    Features of machine

    Our Digital Hydraulic Make-up&Breakout Unit integrates high-precision torque testing sensors to enable ±1% accuracy in spinner torque control. This digital feedback system dynamically adjusts hydraulic pressure to maintain specified torque values, eliminating over-tightening risks in make-up/breakout operations.
    Equipped with high-torque spinner motors, the unit achieves:
    50% faster make-up/breakout cycles compared to conventional systems.
    Continuous operation at 90% rated torque without performance degradation.
    Automatic speed adjustment based on pipe diameter.

    There are three models:

    Model Pipe Size Range
    TKL-MB-1 60.3–177.8 mm (2⅜"–7")
    TKL-MB-2 177.8–340 mm (7"–13.38")
    TKL-MB-3 340–508 mm (13.38"–20")
    Torque Specification
    Low speed: Max 100 kN·m
    High speed: Max 50 kN·m

    Product applications:

    Workshop & Rig Operations: Automated makeup/breakout for all standard oilfield connections.
    Torque Precision: Digital load cells ensure ±1% torque accuracy, with automatic shutdown at target torque.

    Engineering Innovations

    Mark free surface: Jaws Technology for carbon steel material or 13Cr, super 13Cr, Nickel-based alloys, etc.
    Top-Loading Mandrel Design: Enables direct horizontal loading of pipes and eliminates need for auxiliary pipe handling equipment.
    High-Efficiency Torque System: Adopt Dual-speed operation (high speed & low speed), the Hydraulic accumulators ensure constant clamping force through entire torque cycle.
    Wide-Clamping Range: Jaws for pipe size from 2 3/8”~20” and upside-down clamping cylinder design prevents pipe bending under high torque.
    Frequently Asked Questions
    What is the torque control accuracy of the unit?
    The Digital Hydraulic Make-up&Breakout Unit integrates high-precision torque testing sensors to enable an impressive ±1% accuracy in spinner torque control.
    How much faster is this unit compared to conventional systems?
    Equipped with high-torque spinner motors, the unit achieves 50% faster make-up/breakout cycles compared to conventional oilfield systems.
    What pipe size ranges do the different models support?
    There are three models available: TKL-MB-1 supports 60.3–177.8 mm (2⅜"–7"), TKL-MB-2 supports 177.8–340 mm (7"–13.38"), and TKL-MB-3 supports 340–508 mm (13.38"–20").
    What is the maximum torque specification?
    The unit operates with a dual-speed system. At low speed, the maximum torque is 100 kN·m, and at high speed, the maximum torque is 50 kN·m.
    Can this unit handle special materials without leaving marks?
    Yes, it utilizes specialized Jaws Technology designed to provide a mark-free surface. It is perfectly suited for carbon steel, 13Cr, super 13Cr, and Nickel-based alloys.
    How does the design prevent pipe bending?
    The unit features an upside-down clamping cylinder design that effectively prevents pipe bending even when operating under high torque conditions.

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