Headstock tailstock welding positioner manufacturer in India

Cyclotron is the most trusted and reliable brand for welding positioners from India

Headstock tailstock welding positioner manufacturer in India

Cyclotron is the trusted Headstock Tailstock Welding Positioner Manufacturer in India, based out of Pune. We offer the most reliable and safest options for Headstock tailstock welding positioners from India.

Their Product Range includes

Headstock tailstock positioner-1 Axis (With and Without Rails)
Headstock tailstock positioner-2 Axis (With and without Rails)
Headstock tailstock positioner-3 Axis (Robotic /Manual welding)

Headstock tailstock welding positioner 1 axis

Headstock tailstock welding positioner 2 axis

Headstock Tailstock welding positioner-3 Axis

Headstock tailstock welding positioner 1 axis with rail

Safest Headstock tailstock welding positioners in India

1st Axis: Face plate rotation (0-360°)
2nd Axis: Height adjustment

1st Axis: Face plate rotation (0-360°)
2nd Axis: Height adjustment
Rail: Span between headstock and tailstock is adjustable

1st Axis: Face plate rotation (0-360°)
2nd Axis: Tilting of the cradle (0-360°)
3rd Axis: Height adjustment

1st Axis: Face plate rotation (0-360°)

1st Axis: Face plate rotation (0-360°)
Rail: Span between headstock and tailstock is adjustable

What is a Headstock Tailstock Welding Positioner?

A headstock tailstock welding positioner is a specialized system used to rotate and support long or cylindrical workpieces during welding operations. It consists of two main units: the headstock and the tailstock.
The workpiece is mounted between these two supports. The headstock contains the drive mechanism that powers and controls rotation. The tailstock supports the opposite end of the job, keeping it aligned and stable throughout the welding process.
Unlike standard positioners that support a load from a single point, a headstock tailstock positioner distributes weight across both ends. This makes it ideal for long, heavy, or off-center fabrication projects where stability is critical. A welding headstock tailstock system helps operators achieve smoother welds while minimizing workpiece movement and distortion.

Safety Features in Cyclotron Positioners

Hydraulic height control with Anti-fall safety

Hydraulic cylinders provides smooth and controlled height adjustment for the positioner which helps in sudden downfall of the part in case of failures of the lifting leadscrew.

Emergency stop protection

Emergency stop controls allow immediate interruption of machine movement in abnormal situations. It is designed to stop the powered motion and place the machine in safe condition.

Self Locking/High Reduction Gearbox

Heavy duty branded gearboxes provide high torque multiplication and resistance to back drive. This helps maintain workpiece position under eccentric loads.

VFD with controlled acceleration

VFD Controlled rotation allows gradual acceleration and deceleration rather than sudden starts and stops. This reduces shock loading on the workpiece, fixture, gearbox and machine structure.

Limit switches for controlled travel

Limit switches can resist hydraulic elevation or other other powering elements for restricting the overall elevations, this helps prevent the collisions

Protective bellows

Industrial bellows protect exposed moving mechanisms such as hydraulic cylinders, leadscrews, guideways, screws, etc

Electrical Short circuit & Phase protection

Electrical panels are incorporated with MCB/MCCB protection, overload relays, phase failure protection, and proper earthing to protect the positioner from electrical faults

Power loss safety

Braking arrangements are made such that loss of electrical power does not result in controlled movement of the rotational or elevated assembly.

Key features

Upto 50 tons capacity

Cyclotron Headstock tailstock welding positioners are available from 500 kgs to 50 tons load capacity.

Workpiece Lengths Up to 20 Meters+

Engineered to handle long and oversized fabrications up to 20 meters and beyond. Ideal for pipes, structural beams, pressure vessels, wind energy components, and other heavy-duty welding applications.

Variable Speed Rotation Control

The positioner features variable speed rotation control, enabling operators to precisely adjust the rotational speed to suit different welding processes, material thicknesses, and workpiece sizes.

Pendant operated

The ergonomic pendant control allows operators to conveniently control rotation, start/stop functions, and speed adjustments from a safe working distance, improving precision, productivity, and operational safety.

Branded gearbox and motors

Equipped with internationally recognized gearboxes and motors for reliable performance and long service life. Backed by a 1-year global warranty, allowing warranty claims and support anywhere in the world for complete peace of mind.

Synchronized Headstock-Tailstock Drive

The synchronized headstock-tailstock drive system ensures smooth and uniform rotation of long workpieces, minimizing misalignment and vibration while delivering stable positioning for high-quality welding results.

Safety first approach

Designed with operator safety as a top priority, the positioner incorporates multiple safety features including emergency stop systems, secure locking mechanisms, and reliable control options.

1 Year Warranty

Every positioner is backed by a 1-year warranty against manufacturing defects, ensuring dependable performance and customer confidence. Our dedicated support team provides prompt assistance.

Headstock tailstock positioner configurations

We build five configurations. The right one depends on whether the centreline height needs to change, and whether the distance between the two units needs to change

Configuration	Movements	When to specify it
1 axis	Rotation only, fixed centreline height	Repeat parts of similar diameter. Lowest cost, fewest things to maintain.
2 axis	Rotation + powered elevation of the centreline	Mixed part diameters, or several operators of different heights. The most commonly specified set.
3 axis	Rotation + elevation + additional axis	Complex geometry parts
1 axis with rail	Rotation, tailstock traverses on a floor rail	Part lengths vary between jobs. The tailstock is repositioned instead of being unbolted and re-shimmed.
2 axis with rail	Rotation + elevation + rail traverse	Maximum flexibility — varying lengths and varying diameters on the same set.

Headstock tailstock welding positioner-5

Headstock tailstock welding positioner-3

Headstock tailstock welding positioner-2

Headstock tailstock welding positioner-4

Headstock tailstock welding positioner Specifications

CY-HTP-2AX	Sym	Unit	CY-HTP-2AX-1.5	CY-HTP-2AX-3	CY-HTP-2AX-5	CY-HTP-2AX-6	CY-HTP-2AX-8	CY-HTP-2AX-10	CY-HTP-2AX-12	CY-HTP-2AX-15	CY-HTP-2AX-20	CY-HTP-2AX-30
Capacity		kg	1500	3000	5000	6000	8000	10000	12000	15000	20000	30000
Rotation Speed		rpm	0.2 - 1.2	0.2 - 1.15	0.2 - 1	0.2 - 1.2	0.1 - 0.68	0.1 - 0.62	0.1 - 0.67	0.1-0.5	0.1-0.4	0.1-0.4
Up & Down Speed		mm/min	540	500	500	450	500	450	450	450	400	400
Max. Rotational Torque		Nm	5000	10150	17800	20550	24000	30000	36000	45000	60000	90000
Up & Down Torque		Nm	200	326	446	490	862	950	950	1100	1200	1300
Adjust, tilting axle height min.-max	H1-H2	mm	600-1600	600-1600	600-1600	600-1600	600-1600	600-1600	600-1600	700-1800	700-1800	700-1800
Offset Distance	OF	mm	300	300	300	300	300	300	300	100	100	100
Table Plate Diameter	ØD	mm	600	650	750	750	750	850	1000	1000	1000	1000
Max. Workpiece Diameter		mm	3200	3200	3200	3200	3200	3200	3200	3600	3600	3600
Height	H3	mm	2240	2260	2560	2560	2700	2900	2900	2900	2900	2900
Length	B	mm	1100	1200	1200	1300	1400	1400	1500	1600	1600	1650
Width	C	mm	1455	1530	1570	1570	1500	1640	1680	1700	1750	1750
Space Distance	L	mm	6000	6000	6000	6000	6000	6000	6000	8000	10000	10000
Motor Power Of Table		kW	0.75 x 1	1.5 x 1	1.5 x 2	1.5 x 2	1.5 x 2	1.5 x 2	2.2 x 2	2.5 x 2	2.5 x 2	3 x 2
Motor Power of Lifting		kW	0.75 x 2	1.1 x 2	1.5 x 2	1.5 x 2	3 x 2	3 x 2	3 x 2	3.5 x 2	3.5 x 2	3.5 x 2
Weight		kg	1500	1700	2100	2200	2300	2500	2700	3000	3300	3600

*The above values can change without prior notice. The values are approximate.

CY-HTP-2AX	Sym	Unit	CY-HTP-2AX-1.5
Capacity		kg	1500
Rotation Speed		rpm	0.2 - 1.2
Up & Down Speed		mm/min	540
Max. Rotational Torque		Nm	5000
Up & Down Torque		Nm	200
Adjust, tilting axle height min.-max	H1-H2	mm	600-1600
Offset Distance	OF	mm	300
Table Plate Diameter	ØD	mm	600
Max. Workpiece Diameter		mm	3200
Height	H3	mm	2240
Length	B	mm	1100
Width	C	mm	1455
Space Distance	L	mm	6000
Motor Power Of Table		kW	0.75 x 1
Motor Power of Lifting		kW	0.75 x 2
Weight		kg	1500

*The above values can change without prior notice. The values are approximate.

CY-HTP-2AX	Sym	Unit	CY-HTP-2AX-3
Capacity		kg	3000
Rotation Speed		rpm	0.2 - 1.15
Up & Down Speed		mm/min	500
Max. Rotational Torque		Nm	10150
Up & Down Torque		Nm	326
Adjust, tilting axle height min.-max	H1-H2	mm	600-1600
Offset Distance	OF	mm	300
Table Plate Diameter	ØD	mm	650
Max. Workpiece Diameter		mm	3200
Height	H3	mm	2260
Length	B	mm	1200
Width	C	mm	1530
Space Distance	L	mm	6000
Motor Power Of Table		kW	1.5 x 1
Motor Power of Lifting		kW	1.1 x 2
Weight		kg	1700

*The above values can change without prior notice. The values are approximate.

CY-HTP-2AX	Sym	Unit	CY-HTP-2AX-5
Capacity		kg	5000
Rotation Speed		rpm	0.2 - 1
Up & Down Speed		mm/min	500
Max. Rotational Torque		Nm	17800
Up & Down Torque		Nm	446
Adjust, tilting axle height min.-max	H1-H2	mm	600-1600
Offset Distance	OF	mm	300
Table Plate Diameter	ØD	mm	750
Max. Workpiece Diameter		mm	3200
Height	H3	mm	2560
Length	B	mm	1200
Width	C	mm	1570
Space Distance	L	mm	6000
Motor Power Of Table		kW	1.5 x 2
Motor Power of Lifting		kW	1.5 x 2
Weight		kg	2100

*The above values can change without prior notice. The values are approximate.

CY-HTP-2AX	Sym	Unit	CY-HTP-2AX-6
Capacity		kg	6000
Rotation Speed		rpm	0.2 - 1.2
Up & Down Speed		mm/min	450
Max. Rotational Torque		Nm	20550
Up & Down Torque		Nm	490
Adjust, tilting axle height min.-max	H1-H2	mm	600-1600
Offset Distance	OF	mm	300
Table Plate Diameter	ØD	mm	750
Max. Workpiece Diameter		mm	3200
Height	H3	mm	2560
Length	B	mm	1300
Width	C	mm	1570
Space Distance	L	mm	6000
Motor Power Of Table		kW	1.5 x 2
Motor Power of Lifting		kW	1.5 x 2
Weight		kg	2200

*The above values can change without prior notice. The values are approximate.

CY-HTP-2AX	Sym	Unit	CY-HTP-2AX-8
Capacity		kg	8000
Rotation Speed		rpm	0.1 - 0.68
Up & Down Speed		mm/min	500
Max. Rotational Torque		Nm	24000
Up & Down Torque		Nm	862
Adjust, tilting axle height min.-max	H1-H2	mm	600-1600
Offset Distance	OF	mm	300
Table Plate Diameter	ØD	mm	750
Max. Workpiece Diameter		mm	3200
Height	H3	mm	2700
Length	B	mm	1400
Width	C	mm	1500
Space Distance	L	mm	6000
Motor Power Of Table		kW	1.5 x 2
Motor Power of Lifting		kW	3 x 2
Weight		kg	2300

*The above values can change without prior notice. The values are approximate.

CY-HTP-2AX	Sym	Unit	CY-HTP-2AX-10
Capacity		kg	10000
Rotation Speed		rpm	0.1 - 0.62
Up & Down Speed		mm/min	450
Max. Rotational Torque		Nm	30000
Up & Down Torque		Nm	950
Adjust, tilting axle height min.-max	H1-H2	mm	600-1600
Offset Distance	OF	mm	300
Table Plate Diameter	ØD	mm	850
Max. Workpiece Diameter		mm	3200
Height	H3	mm	2900
Length	B	mm	1400
Width	C	mm	1640
Space Distance	L	mm	6000
Motor Power Of Table		kW	1.5 x 2
Motor Power of Lifting		kW	3 x 2
Weight		kg	2500

*The above values can change without prior notice. The values are approximate.

CY-HTP-2AX	Sym	Unit	CY-HTP-2AX-12
Capacity		kg	12000
Rotation Speed		rpm	0.1 - 0.67
Up & Down Speed		mm/min	450
Max. Rotational Torque		Nm	36000
Up & Down Torque		Nm	950
Adjust, tilting axle height min.-max	H1-H2	mm	600-1600
Offset Distance	OF	mm	300
Table Plate Diameter	ØD	mm	1000
Max. Workpiece Diameter		mm	3200
Height	H3	mm	2900
Length	B	mm	1500
Width	C	mm	1680
Space Distance	L	mm	6000
Motor Power Of Table		kW	2.2 x 2
Motor Power of Lifting		kW	3 x 2
Weight		kg	2700

*The above values can change without prior notice. The values are approximate.

CY-HTP-2AX	Sym	Unit	CY-HTP-2AX-15
Capacity		kg	15000
Rotation Speed		rpm	0.1-0.5
Up & Down Speed		mm/min	450
Max. Rotational Torque		Nm	45000
Up & Down Torque		Nm	1100
Adjust, tilting axle height min.-max	H1-H2	mm	700-1800
Offset Distance	OF	mm	100
Table Plate Diameter	ØD	mm	1000
Max. Workpiece Diameter		mm	3600
Height	H3	mm	2900
Length	B	mm	1600
Width	C	mm	1700
Space Distance	L	mm	8000
Motor Power Of Table		kW	2.5 x 2
Motor Power of Lifting		kW	3.5 x 2
Weight		kg	3000

*The above values can change without prior notice. The values are approximate.

CY-HTP-2AX	Sym	Unit	CY-HTP-2AX-20
Capacity		kg	20000
Rotation Speed		rpm	0.1-0.4
Up & Down Speed		mm/min	400
Max. Rotational Torque		Nm	60000
Up & Down Torque		Nm	1200
Adjust, tilting axle height min.-max	H1-H2	mm	700-1800
Offset Distance	OF	mm	100
Table Plate Diameter	ØD	mm	1000
Max. Workpiece Diameter		mm	3600
Height	H3	mm	2900
Length	B	mm	1600
Width	C	mm	1750
Space Distance	L	mm	10000
Motor Power Of Table		kW	2.5 x 2
Motor Power of Lifting		kW	3.5 x 2
Weight		kg	3300

*The above values can change without prior notice. The values are approximate.

CY-HTP-2AX	Sym	Unit	CY-HTP-2AX-30
Capacity		kg	30000
Rotation Speed		rpm	0.1-0.4
Up & Down Speed		mm/min	400
Max. Rotational Torque		Nm	90000
Up & Down Torque		Nm	1300
Adjust, tilting axle height min.-max	H1-H2	mm	700-1800
Offset Distance	OF	mm	100
Table Plate Diameter	ØD	mm	1000
Max. Workpiece Diameter		mm	3600
Height	H3	mm	2900
Length	B	mm	1650
Width	C	mm	1750
Space Distance	L	mm	10000
Motor Power Of Table		kW	3 x 2
Motor Power of Lifting		kW	3.5 x 2
Weight		kg	3600

*The above values can change without prior notice. The values are approximate.

Working of Head and tailstock positioner

Cyclotron’s 2-axis headstock tailstock welding positioner combines controlled rotation and tilting to keep the workpiece in the ideal welding position. This improves weld accessibility, reduces handling time, and supports both manual and automated welding.

1.Headstock Rotation Drive System

A powered headstock rotates the workpiece smoothly and accurately, allowing continuous access to weld joints without manual repositioning.

2. Rotation Mechanism and Position Control

The Rotation axis positions the workpiece at the required angle, making difficult welds easier to reach while improving operator comfort.

3. Tailstock Synchronization System

The synchronized tailstock supports long and heavy workpieces, ensuring stable rotation and precise alignment throughout the welding process.

4. Workpiece Clamping and Support

The workpiece is securely clamped between the headstock and tailstock to maintain stability and positioning accuracy during welding.

5. Servo-Controlled Motion

Servo-driven controls provide smooth, repeatable movement for precise positioning and reliable robotic welding performance.

6. Automated Welding Cell Integration

The positioner integrates easily with automated welding cells, helping increase productivity and improve weld consistency.

7. PLC and HMI Control Systems

User-friendly PLC and HMI controls simplify operation, making positioning faster, safer, and easier for operators.

Key features of headstock tailstock welding positioners

1. Dual-End Sturdy Support This positioner offers rigid support at both ends of the workpiece, minimizing deflection, sagging, and vibration during welding. By stabilizing the component throughout the weld cycle, the system ensures consistent weld penetration and high-quality seam integrity, particularly on long or asymmetrical structures.
Optional Powered Tailstock For more demanding applications, the tailstock can be configured as a powered unit, capable of synchronized rotation with the headstock. This enhances the balance and alignment of especially heavy or off-center workpieces, leading to smoother motion control and better positioning accuracy.
High Load-Bearing Capacity Built to handle extreme workloads, this robotic positioner supports payloads ranging from a few hundred kilograms to several tons, depending on the model. This makes it ideal for heavy fabrication industries where large-scale components are the norm, such as oil and gas, shipbuilding, construction equipment, and aerospace.

Industrial-Grade Construction The system is constructed using high-strength, wear-resistant steel alloys and components, designed for continuous-duty operation in harsh industrial environments. The rugged frame and precision-machined bearings ensure long service life, minimal maintenance, and reliability under demanding usage conditions.
Programmable and Robotic Integration Compatible with robotic welding arms, the headstock-tailstock positioner can be fully automated via CNC controllers or robot programming interfaces. It allows for accurate, repeatable positioning for multi-pass welding, complex joint configurations, and batch production tasks, boosting productivity and reducing human error.
Advanced Safety Systems To protect both operators and equipment, the robotic welding positioner is equipped with a range of integrated safety features, including: Limit switches to prevent over-rotation Overload detection systems for torque and weight protection Emergency stop mechanisms for rapid response Remote control operation to maintain safe working distances

Advantages of headstock tailstock welding positioners

Superior Stability: During Welding These positioners offer axial support at both ends of the workpiece, dramatically increasing structural stability during rotation. This dual-end support is crucial when handling long or heavy components, as it prevents deflection, sagging, and vibration, factors that often compromise weld quality. The result is a more stable, controlled, and precise welding environment.
Precision-Controlled Rotation: With a motorized headstock, operators can achieve highly accurate control over rotational speed and positioning. This capability is particularly beneficial for: Long seam welds Circular welds Multi-pass robotic welding
Optimal Weld Accessibility: One of the biggest welding challenges is accessing difficult-to-reach weld zones. With this positioner, the workpiece can be rotated and height adjusted to achieve ideal torch angles and line-of-sight access for all weld areas. This promotes: Full weld fusion Deeper penetration Reduced spatter

Enhanced Operator Safety: Manual handling of large workpieces introduces risks such as crush injuries, back strain, and exposure to hazardous welding arcs. By automating workpiece positioning, these positioners remove the need for manual lifting and frequent repositioning, significantly: Reducing operator fatigue Preventing OSHA-reportable incidents Creating a safer and more ergonomic work environment
Greater Operational Flexibility: Welding businesses often handle a diverse range of projects, from structural frames to custom pipework. The modular design of headstock and tailstock positioners allows for: Quick fixture changes Adaptation to various workpiece lengths, diameters, and weights Smooth switching between production runs
Long-Term Cost Efficiency: While the initial investment in a robotic positioner may be significant, the return on investment (ROI) is undeniable. Over time, you will see measurable cost reductions through: Lower labor dependency Faster cycle times Reduced weld defects and rework Higher throughput Consistent part quality These savings compound over projects, making this equipment an asset rather than an expense.

Conclusion

From a technical and operational standpoint, the headstock and tailstock robotic welding positioner is a game-changer in welding industry. It ensures superior weld quality, faster production cycles, and also creates a safer, more productive work environment. For any welding business looking to stay competitive in today’s automated manufacturing landscape, this equipment is a must-have.

If you are exploring reliable solutions, we recommend Cyclotron Automation. We specialize in delivering high-quality, customizable headstock-tailstock robotic welding positioners built to meet your specific industrial needs. Let’s revolutionize your welding process. Contact us today and take your welding business to the next level.

Frequently asked questions (FAQs)

1. What is a Headstock tailstock welding positioner?

Head and tailstock welding positioner is a pair of units that hold a long workpiece between them and rotate it about the axis as well as adjust the height of the workpiece.

2. What is the difference between headstock and tailstock welding positioner?

The headstock is the driver and the tailstock is the driven end. The headstock contains motors and gearboxes and the tailstock is just mounted on bearings for smooth rotation.

3. Do I need tailstock? or headstock is enough?

It depends on the length to diameter ratio of the workpiece. Below 3:1 a headstock is alone sufficent. Between 3:1 and 10:1 you will need both headstock and tailstock for clamping the part. Above 10:1 the part will be supported by rollers at sufficient lengths

4. What load capacities are available in Headstock tailstock positioners?

Cyclotron positioners are from 1.5 tons to 30 tons load capacity. Heavier sets are engineered to order.

5. What is the longest workpiece it can handle?

The clear span between the two units — the space distance — is 6 m on models up to 12 tonnes, 8 m on the 15 tonne, and 10 m on the 20 and 30 tonne models. Longer spans are engineered to order, and rail-mounted tailstocks allow the span to be changed between jobs

6. How much does a headstock tailstock positioner cost?

Price is driven by capacity, centre-of-gravity offset, the number of powered axes, the span between units and the control package, rather than by tonnage alone. A servo set for robot integration costs substantially more than a pendant-operated one of the same capacity. Send us your workpiece details for a firm quotation within 24 hours

7. Can the tailstock be powered?

Yes. A powered tailstock drives in synchronisation with the headstock rather than free-wheeling. It is worth specifying on heavy or markedly off-centre workpieces, where it improves balance and removes torsional wind-up along the length of the part

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