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Categories | Hollow Rotary Table |
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Brand Name: | Giant Precision |
Model Number: | HRG Series hollow planetary integrated machine |
Certification: | ISO9001 |
Place of Origin: | China |
MOQ: | To Be Negotiated |
Price: | To Be Negotiated |
Payment Terms: | T/T |
Supply Ability: | 20000 Sets per Month |
Delivery Time: | 3-4 Weeks |
Packaging Details: | Carton Box |
Product: | HRG-110A hollow planetary integrated machine |
Output Platform Support: | Crossed Roller Bearing |
Shift Motion: | 360°(Rotation at any Angle) |
Matching Motor(Size): | 200-400W ServoMotor |
Reduction Ratio: | 25, 35, 50 |
Rated Output Torque: | 18NM |
Max Acceleration Torque: | 32.4NM |
Emergency Stop Torque: | 54NM |
Operating temperature: | -10℃~90℃ |
Level of Production: | IP65 |
Level of Noise: | ≤65dB |
Company Info. |
Suzhou Giant Precision Industry Co., Ltd. |
Verified Supplier |
View Contact Details |
Product List |
The Hollow Planetary Integrated Rotary Table is a specialized piece of equipment used in various applications, particularly in robotics, automation, and precision machining. It typically features a hollow structure that allows for the routing of cables, fluids, or other materials through the center, which helps keep the workspace organized and free from tangling.
High Precision:
Achieves repeat positioning accuracy of less than 5 arc seconds, ensuring reliable performance in demanding applications.
High Rigidity:
Supported by precision crossed roller bearings, the platform can withstand significant radial, axial, and overturning forces, providing over ten times the rigidity of traditional bearings.
Flexible Motor Compatibility:
Easily configurable to accommodate various brands and types of motors, including servo and stepper motors, through customizable flanges and input shafts.
Efficient Torque Output:
Utilizes a single-stage helical gear reduction mechanism to increase output torque, with gears rated below level 5 for precision.
Robust Construction:
Built to endure a variety of operational stresses while maintaining high performance, making it suitable for industrial and automation applications.
![]() | Model | Model | Model | Ratio |
Hollow Rotary Table | Planetary Reducer | |||
HRG110A | HRG110 | HA060 | 5,7 10 |
Performance Parameter
HRG85A-05 | |||||||
Output Platform Support | Crossed Roller Bearing | Permissible Output Speed | 200rpm | Rotational Inertia | 1203x10-6 kg.m2 | ||
Shift Motion | 360°(Rotation at any Angle) | Repetitive Positioning Accuracy | ±15 arc sec | Positioning Accuracy | ≤30 arc sec | ||
Matching Motor(Size) | 200-400W ServoMotor Φ14-Φ50-Φ70-M4 | Allowable Axial Load | 500N | Lubrication | Synthetic Grease | ||
Reduction Ratio | 25 | 35 | 50 | Allowable Radial Load | 250N | operating temperature | -10℃~90℃ |
Rated Output Torque | 18NM | Parallelism of Output Platform | 0.02mm | Service Life | 20000h | ||
Max Acceleration Torque | 32.4NM | Runout of Output Platform Surface | 0.01mm | Level of Production | IP65 | ||
Emergency Stop Torque | 54NM | Runout of Output Platform Excircle | 0.01mm | Level of Noise | ≤65dB |
HRG85A-10 | ||||||
Output Platform Support | Crossed Roller Bearing | Permissible Output Speed | 200rpm | Rotational Inertia | 1203x10-6 kg.m2 | |
Shift Motion | 360°(Rotation at any Angle) | Repetitive Positioning Accuracy | ±15 arc sec | Positioning Accuracy | ≤30 arc sec | |
Matching Motor(Size) | 200-400W ServoMotor Φ14-Φ50-Φ70-M4 | Allowable Axial Load | 500N | Lubrication | Synthetic Grease | |
Reduction Ratio | 70 | 100 | Allowable Radial Load | 250N | operating temperature | ‘-10℃~90℃ |
Rated Output Torque | 14NM | Parallelism of Output Platform | 0.02mm | Service Life | 20000h | |
Max Acceleration Torque | 25.2NM | Runout of Output Platform Surface | 0.01mm | Level of Production | IP65 | |
Emergency Stop Torque | 42NM | Runout of Output Platform Excircle | 0.01mm | Level of Noise | ≤65dB |
Detailed Images
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Drawings
Applications of Hollow Rotary Platform
Robotics:
Used in robotic arms and manipulators for precise positioning and movement in assembly tasks and material handling.
Automation Systems:
Integrated into automated production lines for tasks such as sorting, packaging, and palletizing, where accurate rotational motion is essential.
CNC Machining:
Employed in CNC machines for precise rotation of workpieces during milling, drilling, and turning operations.
Medical Equipment:
Utilized in medical devices such as imaging systems, surgical robots, and laboratory automation for accurate positioning and movement.
Aerospace and Defense:
Applied in flight simulators, radar systems, and UAVs for precise orientation and stabilization.
Telecommunications:
Used in antenna positioning systems to ensure accurate alignment for optimal signal transmission.
Test and Measurement:
Integrated into testing equipment for rotating samples or components to evaluate performance under various conditions.
Entertainment and Media:
Utilized in camera rigs and lighting systems for smooth and controlled movement in film production and live events.
Industrial Equipment:
Applied in conveyors and sorting systems where rotational motion is needed for efficient material handling.
Research and Development:
Used in laboratories and research facilities for experimental setups requiring precise angular adjustments.
Packing and Shipping
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