Name: China Hollow Rotary Table Manufacturers Suppliers Factory - Wholesale Hollow Rotary Table - Hansheng
Brand: Hansheng Automation
SKU: 234327103

Hansheng Automation (Dongguan) Co., Ltd. is one of the most experienced manufacturers and suppliers of hollow rotary table in China. If you're going to wholesale bulk cost-effective hollow rotary table made in China, welcome to get pricelist and quotation from our factory. Also, customized service and OEM&ODM service are available.

Hansheng Automation is a producer of precision parts and reducers specifically. Regarding precision reducers, we mostly offer four forms of reducer manufacture: harmonic drive, hollow rotary table, cam indexer, planetary gearbox. We also offer ISO/DIN/GB Grade 5 gear manufacturing (module 0.1-5.0, diameter 3-300mm), ±0.002mm ultra-mirror CNC machining, and ultra-large precision casting services up to 3800×1500×1200mm, using a variety of processes including sand casting, lost foam casting, and gravity casting..I will go into great length below introducing the hollow rotary table. Please get in touch with us if you further need information about it.

Hollow Rotary Table, also known as hollow rotary actuator, programmable servo rotary table or hollow shaft indexer, is a precision rotary positioning device widely used in the field of industrial automation. The device adopts a hollow axis design, and its core structure includes a horizontally rotating circular platform (or turntable) with a hollow shaft hole in the center, which can realize the precise rotation of objects or workpieces around the specified axis. Its typical industrial application scenarios include robot flexible assembly workstations, semiconductor wafer processing equipment, optical inspection system rotary tooling, CNC multi-axis linkage machining centers, and laser cutting/welding rotary fixtures.

The hollow rotary table mostly serves to give a way for exact workpiece indexing and placement during machining or assembly operations. For jobs including drilling, milling, cutting, and grinding, it allows exact angle adjustments-qualities absolutely vital.

Thanks to its several stepper and servo motor configurations, which enable exact rotation and position of the workpiece, it is among the most often used reducers.

Hollow Structure: By use of the hollow structure, it is feasible to transfer gases, liquids, electricity, signals, etc. through the table.
Versatility: Different application needs can be satisfied in fields like medical equipment, optical equipment, robots, etc.
High Precision and Stability: It can accomplish rotation control and micrometer level placement. Fields include optical measuring and precision machining call for it as well.
Programmability and Automation Control: It can operate in line with predefined programs and criteria.
Simple installation: Any motor can be coupled with several ratios from choice. Cross roller bearings fit for vertical, horizontal, and suspended installations.

Series	HRT	HRTZ	HRM	HRTK	HRH
Photo
Model	HRT-60	HRTZ-200	HRM-130	HRTK-130	HRH-60
	HRT-85	HRTZ-280	HRM-180	HRTK-200	HRH-120
	HRT-130		HRM-225	HRTK-280	HRH-165
	HRT-200		HRM-260	HRTK-450
	HRT-280
	HRT-350

(More details as follows)

Model	HRT-60		HRT-60-RL/RY/RZ
Ratio	5	10	10	15	25
Rated output torque (N.m)	9	6	9	9	9
Positioning accuracy (arc-min)	≤1.5		≤3
Repeated positioning accuracy (arc-sec)	≤15		≤30
Matched motor	50-100W AC Servo Motor/ 42 Stepper Motor
Allowable axial load (N)	230
Allowable moment of inertia (N.m)	5
Torsional rigidity (N.m/arcmin)	2.5
Transmission efficiency	95%		90%
Weight (kg)	0.6		1.2
Design load (kg)	7	5	7

Model	HRT-85		HRT-85-RL/RY/RZ(JS)
Ratio	5	10	15	20	25	35	50
Rated output torque (N.m)	28	18	28
Positioning accuracy (arc-min)	≤1		≤3
Repeated positioning accuracy (arc-sec)	≤15		≤30
Matched motor	200-400W AC Servo Motor/ 57 Stepper Motor
Allowable axial load (N)	500
Allowable moment of inertia (N.m)	10
Torsional rigidity (N.m/arcmin)	6
Transmission efficiency	95%		90%
Weight (kg)	1.4		2.6
Design load (kg)	18		28

Model	HRT-130		HRT-130-RL/RY/RZ(JS)
Ratio	10	18	30	40	50	70	100
Rated output torque (N.m)	50	32	50
Positioning accuracy (arc-min)	≤1		≤3
Repeated positioning accuracy (arc-sec)	≤15		≤30
Matched motor	200-750W AC Servo Motor/ 57-86 Stepper Motor
Allowable axial load (N)	2000
Allowable moment of inertia (N.m)	50
Torsional rigidity (N.m/arcmin)	19
Transmission efficiency	95%		90%
Weight (kg)	2.6		3.8
Design load (kg)	28-40		40

Model	HRT-200		HRT-200-RL/RY/RZ(JS)
Ratio	10	18	30	40	50	70	100
Rated output torque (N.m)	135	87	135
Positioning accuracy (arc-min)	≤1		≤3
Repeated positioning accuracy (arc-sec)	≤15		≤30
Matched motor	750-1500W AC Servo Motor/ 86-110 Stepper Motor
Allowable axial load (N)	4000
Allowable moment of inertia (N.m)	100
Torsional rigidity (N.m/arcmin)	32
Transmission efficiency	95%		90%
Weight (kg)	8.1		11.6
Design load (kg)	50-70		70

Model	HRT-280		HRT-280-RL/RY/RZ(JS)
Ratio	10	18	30	40	50	70	100
Rated output torque (N.m)	270	180	270
Positioning accuracy (arc-min)	≤1		≤3
Repeated positioning accuracy (arc-sec)	≤15		≤30
Matched motor	1000-3000W AC Servo Motor/ 110-130 Stepper Motor
Allowable axial load (N)	8000
Allowable moment of inertia (N.m)	200
Torsional rigidity (N.m/arcmin)	58
Transmission efficiency	95%		90%
Weight (kg)	20.3		28
Design load (kg)	150		150

Model	HRT-350JS
Ratio	30	40	50	70	100
Rated output torque (N.m)	890
Positioning accuracy (arc-min)	≤2
Repeated positioning accuracy (arc-sec)	≤30
Matched motor	1000-3000W AC Servo Motor/ 110-130 Stepper Motor
Allowable axial load (N)	17500
Allowable moment of inertia (N.m)	420
Torsional rigidity (N.m/arcmin)	105
Transmission efficiency	90%
Design load (kg)	450

Model	HRTZ-200-L1				HRTZ-200-L2
Ratio	20	25	35	50	100	200	250	350	500
Rated output torque (N.m)	350				350	350	350	310	280
Positioning accuracy (arc-min)	≤2				≤4
Repeated positioning accuracy (arc-sec)	≤30				≤60
Matched motor	750-1500W AC Servo Motor/ 86-110 Stepper Motor
Allowable axial load (N)	6000
Allowable moment of inertia (N.m)	200
Torsional rigidity (N.m/arcmin)	60
Overturning moment (N.m)	2100
Transmission efficiency	95%				90%
Weight (kg)	12				13.6
Design load (kg)	200				200

Model	HRTZ-280-L1				HRTZ-280-L2
Ratio	20	25	35	50	100	200	250	350	500
Rated output torque (N.m)	650				680
Positioning accuracy (arc-min)	≤2				≤4
Repeated positioning accuracy (arc-sec)	≤30				≤60
Matched motor	1000-3000W AC Servo Motor/ 110-130 Stepper Motor
Allowable axial load (N)	13000
Allowable moment of inertia (N.m)	400
Torsional rigidity (N.m/arcmin)	90
Overturning moment (N.m)	4300
Transmission efficiency	95%				90%
Weight (kg)	30				33
Design load (kg)	400				400

Model	HRM-130-L1			HRM-130-L2
Ratio	15	21	30	60	75	105	120	150	210	300
Rated output torque (N.m)	150	130	105	150	150	150	150	150	130	105
Positioning accuracy (arc-min)	≤2			≤4
Repeated positioning accuracy (arc-sec)	≤30			≤60
Matched motor	200-400W AC Servo Motor/ 57 Stepper Motor
Allowable axial load (N)	7300
Allowable moment of inertia (N.m)	50
Torsional rigidity (N.m/arcmin)	25
Overturning moment (N.m)	520
Transmission efficiency	95%			90%
Weight (kg)	7			7.6
Design load (kg)	50			50

Model	HRM-180-L1			HRM-180-L2
Ratio	15	21	30	60	75	105	120	150	210	300
Rated output torque (N.m)	430	400	360	430	430	430	430	430	400	360
Positioning accuracy (arc-min)	≤2			≤4
Repeated positioning accuracy (arc-sec)	≤30			≤60
Matched motor	750-1500W AC Servo Motor/ 86-110 Stepper Motor
Allowable axial load (N)	13500
Allowable moment of inertia (N.m)	110
Torsional rigidity (N.m/arcmin)	45
Overturning moment (N.m)	1420
Transmission efficiency	95%			90%
Weight (kg)	17			19
Design load (kg)	150			150

Model	HRM-225-L1			HRM-225-L2
Ratio	15	21	30	60	75	105	120	150	210	300
Rated output torque (N.m)	1350	1200	1000	1350	1350	1350	1350	1350	1200	1000
Positioning accuracy (arc-min)	≤2			≤4
Repeated positioning accuracy (arc-sec)	≤30			≤60
Matched motor	1000-3000W AC Servo Motor/ 110-130 Stepper Motor
Allowable axial load (N)	19500
Allowable moment of inertia (N.m)	220
Torsional rigidity (N.m/arcmin)	80
Overturning moment (N.m)	2530
Transmission efficiency	95%			90%
Weight (kg)	36			39.2
Design load (kg)	480			480

Model	HRM-260-L1			HRM-260-L2
Ratio	15	21	30	60	75	105	120	150	210	300
Rated output torque (N.m)	2950	2650	2200	2950	2950	2950	2950	2950	2650	2200
Positioning accuracy (arc-min)	≤2			≤4
Repeated positioning accuracy (arc-sec)	≤30			≤60
Matched motor	2000-5000W AC Servo Motor/ 130-150 Stepper Motor
Allowable axial load (N)	29600
Allowable moment of inertia (N.m)	750
Torsional rigidity (N.m/arcmin)	175
Overturning moment (N.m)	6300
Transmission efficiency	95%			90%
Weight (kg)	46			52
Design load (kg)	1000			1000

Model	HRTK-130		HRTK-130-L1
Ratio	10	18	30	40	50	70	100
Rated output torque (N.m)	56	35	56
Positioning accuracy (arc-min)	≤1		≤3
Repeated positioning accuracy (arc-sec)	≤15		≤30
Matched motor	200-750W AC Servo Motor/ 57-86 Stepper Motor
Allowable axial load (N)	2800
Allowable moment of inertia (N.m)	50
Torsional rigidity (N.m/arcmin)	19
Overturning moment (N.m)	530
Transmission efficiency	95%		90%
Weight (kg)	3.1		4.5
Design load (kg)	50		50

Model	HRTK-200-L1
Ratio	30	40	50	70	100
Rated output torque (N.m)	147
Positioning accuracy (arc-min)	≤3
Repeated positioning accuracy (arc-sec)	≤30
Matched motor	750-1500W AC Servo Motor/ 86-110 Stepper Motor
Allowable axial load (N)	5500
Allowable moment of inertia (N.m)	100
Torsional rigidity (N.m/arcmin)	32
Overturning moment (N.m)	1820
Transmission efficiency	90%
Weight (kg)	14.6
Design load (kg)	85

Model	HRTK-280		HRTK-280-L1
Ratio	10	18	30	40	50	70	100
Rated output torque (N.m)	310	205	310
Positioning accuracy (arc-min)	≤1		≤3
Repeated positioning accuracy (arc-sec)	≤15		≤30
Matched motor	1000-3000W AC Servo Motor/ 110 Stepper Motor
Allowable axial load (N)	12000
Allowable moment of inertia (N.m)	200
Torsional rigidity (N.m/arcmin)	58
Overturning moment (N.m)	3780
Transmission efficiency	95%		90%
Weight (kg)	25		32.5
Design load (kg)	180		180

Model	HRTK-450	HRTK-450-L1					HRTK-450-L2
Ratio	10	30	40	50	70	100	150	200	300	350	500
Rated output torque (N.m)	1550	1550					2000
Positioning accuracy (arc-min)	≤1	≤3					≤3
Repeated positioning accuracy (arc-sec)	≤15	≤30					≤30
Matched motor	1000-5000W AC Servo Motor
Allowable axial load (N)	29600
Allowable moment of inertia (N.m)	750
Torsional rigidity (N.m/arcmin)	175
Overturning moment (N.m)	6300
Transmission efficiency	95%	90%					90%
Design load (kg)	1000

Model	HRH-60
Ratio	30
Rated output torque (N.m)	35
Positioning accuracy (arc-min)	≤1
Repeated positioning accuracy (arc-sec)	≤30
Matched motor	100W AC Servo Motor/ 42 Stepper Motor
Allowable axial load (N)	2100
Allowable moment of inertia (N.m)	15
Transmission efficiency	90%
Weight (kg)	0.9
Design load (kg)	10

Model	HRH-120
Ratio	30
Rated output torque (N.m)	115
Positioning accuracy (arc-min)	≤1
Repeated positioning accuracy (arc-sec)	≤30
Matched motor	200-400W AC Servo Motor/ 57-86 Stepper Motor
Allowable axial load (N)	7300
Allowable moment of inertia (N.m)	50
Transmission efficiency	90%
Weight (kg)	4.3
Design load (kg)	40

Model	HRH-165
Ratio	30
Rated output torque (N.m)	330
Positioning accuracy (arc-min)	≤1
Repeated positioning accuracy (arc-sec)	≤30
Matched motor	750W AC Servo Motor/ 86-110 Stepper Motor
Allowable axial load (N)	13500
Allowable moment of inertia (N.m)	110
Transmission efficiency	90%
Weight (kg)	13
Design load (kg)	120

Q: What is the practical purpose of the "hollow structure" of a hollow rotary table?

A: The hollow structure is a core design feature of this product. It is primarily used to transmit gas, liquid, power cables, or signal lines through the center hole during rotation, preventing entanglement or interference between pipes. For example, in automated assembly, the hollow channel can provide air/power to the workpiece on the rotary table without affecting the platform's continuous rotation, significantly improving the device's integration.

Q: How to choose the appropriate reduction ratio?

A: The reduction ratio should be selected based on the load torque and speed requirements:
High reduction ratios (e.g., 50-500) are suitable for applications requiring high torque output (such as heavy workpiece turning and precision grinding), but at lower output speeds.
Low reduction ratios (e.g., 5-20) are suitable for applications requiring higher speeds and lighter loads (such as fast positioning for optical inspection).
Reference the "rated output torque" parameter for each model series to ensure that the torque of the selected model exceeds the actual load requirements (a 20%-30% margin is recommended).

Q: What is the difference between positioning accuracy and repeatability?

A: Positioning accuracy (unit: arc minute) refers to the deviation between the platform's actual rotation angle and the commanded angle (e.g., ≤1 arc minute, meaning the deviation does not exceed 1/60 of a degree), reflecting the accuracy of a single positioning attempt.
Repeatability (unit: arc second) refers to the consistency of deviation when positioning the same angle multiple times (e.g., ≤30 arc seconds), reflecting the long-term operational stability of the device.
Both are core parameters. For applications like precision machining and semiconductor testing, high-precision models (e.g., ≤1 arc minute for the HRT series) are preferred.

Q: What are the limitations of different mounting methods (vertical, horizontal, or suspended)?

A: The product supports various mounting methods, with specific limitations depending on the model's axial load and overturning moment parameters:
Horizontal mounting is suitable for most light-load applications.
For vertical or suspended mounting, ensure that the load weight and force direction do not exceed the model's rated axial load (e.g., the HRTZ-280 has an axial load of 13,000 N) and overturning moment (e.g., the HRM series has a maximum load of 6,300 N·m) to avoid compromising accuracy or lifespan.

Q: In which scenarios should models with high torque ratings be preferred?

A: High torque models (such as the HRM-260, which reaches 2950 N·m) are suitable for:
Loading heavy workpieces (such as sheet metal and large molds);
Situations with transient impact loads (such as the reaction force during drilling and stamping);
Multi-station simultaneous operations (where a rotary table needs to drive multiple workpieces simultaneously).

Q: How do I adapt the motor? Are additional accessories required?

A: All series are compatible with stepper or servo motors, depending on the motor power (e.g., the HRT series is compatible with 50-3000W, and the HRH series is compatible with 100-750W). Some models offer motor flange adapters for quick installation without additional customization.

Q: What precautions should I take during daily maintenance?

A: Regularly check the tightness of the connecting bolts (especially under high loads).
Avoid prolonged operation in environments with high dust and oil concentrations, and install a protective cover if necessary.
If the platform makes unusual noises or decreases in positioning accuracy, contact the manufacturer immediately for investigation. (Non-professionals are advised not to disassemble the internal gear structure.)

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Hollow Rotary Table

What is Hollow Rotary Table?

What is a Hollow Rotary Table used for?

The Feature

Models of Hansheng Hollow Rotary Table

HRT Series

HRT-60 Series:

HRT-85 Series:

HRT-130 Series:

HRT-200 Series:

HRT-280 Series:

HRT-350 Series:

HRTZ Series

HRTZ-200 Series:

HRTZ-280 Series:

HRM Series

HRM-130 Series:

HRM-180 Series:

HRM-225 Series:

HRM-260 Series:

HRTK Series

HRTK-130 Series:

HRTK-200 Series:

HRTK-280 Series:

HRTK-450 Series:

HRH Series

HRH-60 Series:

HRH-120 Series:

HRH-165 Series:

FAQ