Flagship Equipment

Breakout Unit

Engineered for safe, high-force disassembly of threaded connections with stable clamping and controlled operation.

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High-Torque Assembly & Disassembly

Specialized equipment designed to streamline the assembly and disassembly of threaded connections in oilfield applications. These units play a critical role in ensuring the safe, efficient, and precise handling of downhole tools, drill pipe, casing, and tubular goods.

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Pipe disassembly
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Repair workflows
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Heavy-duty breakout operations
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Downhole tool servicing
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Workshop make/break tasks
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Fast connection handling
Break Out Unit
Break Out Unit

Breakout Unit Technical Specifications

Configured for high breakout torque, stable clamping, hydraulic support, and complete reporting workflows for service centers and production shops.

Model
Headstock
Tailstock
Cylinders
Makeup
Breakout
Spinner
DZZR-V3510
10 in.
10 in.
4
130,000 ft-lbs
130,000 ft-lbs
2,950 ft-lbs
DZZR-V3515A
15 in.
15 in.
6
155,000 ft-lbs
175,000 ft-lbs
3,300 ft-lbs
DZZR-V3515C
18 in.
15 in.
6
160,000 ft-lbs
175,000 ft-lbs
4,000 ft-lbs
DZZR-V3518
18 in.
13 in.
6
160,000 ft-lbs
199,000 ft-lbs
4,000 ft-lbs

Detailed Technical Specifications

Performance
Spinner Speed 100 RPM max speed
Spinner Torque Range 1,100 - 4,000 ft-lb (1.5 - 5.5 kN.m)
Max Make-up Torque 150,000 ft-lb (205 kN.m)
Max Break-out Torque 199,000 ft-lb (270 kN.m)
Torque Accuracy +/-0.2%
Min. Torque 2,000 ft-lb (2.7 kN.m)

Breakout Unit System Highlights

The machine structure, control logic, and commercial fit are laid out clearly so buyers can evaluate workshop suitability without losing technical detail.

1

High Torque Capacity

Up to 210,000 ft-lbs for faster makeup and breakout operations.

2

Hydraulic Support Jacks

Console operation with smooth roller movement for safer handling.

3

Custom Frame Lengths

Heavy-duty extension beams sized to fit workshop workflows.

4

Automatic Reports

PDF output with serial numbering and hard-copy support.

Buyer Questions

Breakout Unit Buyer Q&A

Breakout-unit buyers usually need clarity on breakout force, gripping discipline, thread protection, and whether the machine is built for repeated service work instead of only presenting a headline torque figure.

When is a breakout unit the better fit than a bucking unit?

A breakout unit is usually the right answer for fast workshop make-break work, tool servicing, and general tubular handling where speed and safe breakout matter most. If your job depends on strict torque-turn acceptance and traceable make-up quality, a bucking unit is normally the better match. For a longer-form view of where each machine earns its keep, see this make-up and break-out machine equipment guide.

How does a breakout unit help reduce thread damage and rework?

Thread damage is usually reduced through stable gripping, correct jaw selection, smooth hydraulic action, and a machine that matches the real connection range. Buyers comparing options can review why breakout machines stay essential in workshop operations, how break-out units support safer and faster service work, and how make-up and breakout torque machines are compared in practice.

Can Galip configure the machine around our tool range and service workflow?

Yes. Clamp capacity, support hardware, stroke, and handling accessories can be matched to your product mix and service process so the machine fits real workshop use instead of forcing operators to work around the equipment. For a practical view of how service-center machines are set up around controlled make and break, see this downhole tool service center guide.

What should a serious quotation package include?

Send the connection or tool types, OD range, torque requirement, service environment, and any special handling concerns around chrome, premium threads, or awkward geometries. That gives Galip enough detail to quote a configuration that will actually work on the floor. For background on the tooling, torque control, and premium-connection work the machine will typically cover, see this guide to torque machines for premium oil and gas connections.

What are typical lead times, payment terms, and shipping arrangements for a breakout unit order?

Lead time, payment terms, and shipping depend on machine size, configuration, and destination, so the clearest answer usually comes after the scope is confirmed. Galip normally pairs the build schedule with a staged payment plan and inspection checkpoints so the commercial path stays aligned with procurement expectations. For a practical view of how quality checkpoints and payment milestones are sequenced on oilfield-equipment orders, see this guide to quality control and payment terms.

What after-sales support, spares, and operator training come with the breakout unit?

Support normally includes commissioning assistance, safe-operation orientation, and a spares package matched to the jaws, seals, and wear parts that get replaced during routine service. That shortens downtime and keeps the machine safe to run. For a view of how a properly configured breakout machine prevents thread-damage failures in service, see this guide to how break-out units prevent connection failures.

How does the machine handle premium-thread, chrome-plated, or difficult-geometry tools?

Premium threads, chrome-plated bodies, and awkward tool geometries usually need purpose-built jaws, careful clamp pressure, and the right adjustable parameters rather than a generic setup. The right configuration protects expensive tools while still giving the operator enough control to break tight connections cleanly. For a practical explanation of the parameters that matter on these jobs, see this guide to adjustable parameters on break-out units.

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