| MOQ: | 1 Set |
| Price: | US $4655.00 - 5500.00/ Set |
| Standard Packaging: | Plastic box |
| Delivery Period: | 6-8 Week |
| Payment Method: | T/T |
| Supply Capacity: | 500 sets per year |
The MINDSYNC TECH LGF-1501 is a five-finger dexterous robotic hand using a ball-screw transmission system. It is designed for robotic applications that need coordinated finger movement, flexible grasping and more detailed object manipulation.
Compared with a conventional industrial gripper, a dexterous hand provides multiple finger joints and grasping patterns, making it suitable for tasks involving different object shapes and manipulation movements.
The LGF-1501 is positioned for industrial applications as well as robot development and research. It can be integrated into robotic systems as an end-effector for tasks such as assembly, handling and manipulation.
| Item | LGF-1501 |
|---|---|
| Manufacturer | MINDSYNC TECH |
| Model | LGF-1501 |
| Product Category | Dexterous Robotic Hand |
| Transmission | Ball-screw transmission |
| Finger Configuration | Five fingers |
| Degrees of Freedom | 20* |
| Static Load | Up to 20 kg* |
| Intended Use | Dexterous robotic manipulation |
20-DOF and 20 kg static-load figures are reported in publicly available secondary product information. Because the official product page currently available to us does not expose the complete LGF-1501 specification table, these figures should be confirmed against the product datasheet or your parameter image before publication.
The LGF-1501 can be considered for robotic assembly tasks where parts need to be picked, positioned or manipulated with coordinated finger movement.
Its dexterous-hand configuration is suitable for projects involving components that require more flexible grasping than a standard parallel gripper.
The LGF-1501 can be used as a physical manipulation component in embodied AI research and robotic manipulation systems.
A five-finger robotic hand can be integrated into humanoid or anthropomorphic robot platforms where human-like object interaction is required.
The hand can be used for research into grasp planning, manipulation, robot learning and multi-finger control.
For robot developers, the LGF-1501 can serve as a robotic end-effector for testing more complex manipulation tasks.
Check the object geometry, surface condition, grasping posture and applied finger force. A suitable grasp strategy is important when handling irregular or smooth objects.
Check the communication connection, power supply and control commands. The host controller and robotic hand must use a compatible communication and control configuration.
Check the mechanical interface, installation dimensions and robot payload before integration. The robot arm must also have sufficient capacity for the complete end-effector assembly.
Check the control program and joint commands. Multi-finger manipulation requires coordinated control of multiple joints rather than a simple open/close command.
If replacing a conventional gripper with a dexterous hand, the robot program may also need modification because the control method and movement logic are different.
The LGF-1501 should be selected as a replacement only after comparing the existing robotic hand and application requirements.
For a replacement or retrofit project, check:
| Check Item | Required Information |
|---|---|
| Existing Product | Brand and model |
| Robot Arm | Robot brand and model |
| Hand Type | Dexterous hand / gripper |
| Payload | Required load |
| Object | Size, shape and weight |
| Mechanical Interface | Mounting dimensions |
| Communication | Required interface / protocol |
| Power | Required voltage and current |
| Control | Existing control method |
| Application | Assembly, handling, research, etc. |
MINDSYNC TECH also offers other dexterous-hand models, such as LGF-601, LG-601, LGT-601 and SQ-1503. These products use different mechanical configurations and should be evaluated according to the actual application rather than treated as interchangeable models.
We supply robotic components for industrial automation, robot integration and embodied AI applications.
For LGF-1501 inquiries, we can review the robot arm model, application, object characteristics and required interface before quotation.
We can support product sourcing for single-unit testing as well as project-based purchasing.
For projects requiring a complete robotic manipulation solution, related robot components can be sourced together according to the application.
We support international orders and can arrange product packaging and shipment based on the destination and order requirements.
LGF-1501 availability may vary according to production status, configuration and order quantity.
For one-unit samples, project quantities or customized requirements, the delivery schedule should be confirmed separately.
Please send the required quantity and destination country when requesting a quotation. We will check the current availability and estimated delivery schedule based on the requested configuration.
Product Model: LGF-1501
Quantity:
Application:
Robot Arm Brand / Model:
Object to Be Handled:
Object Weight:
Object Dimensions:
Required Grasping Function:
Communication Requirement:
Power Supply:
Mechanical Mounting Requirement:
Destination Country:
Required Delivery Date:
For replacement or robot integration projects, an existing product photo, model number or interface drawing can also be provided for configuration checking.
| MOQ: | 1 Set |
| Price: | US $4655.00 - 5500.00/ Set |
| Standard Packaging: | Plastic box |
| Delivery Period: | 6-8 Week |
| Payment Method: | T/T |
| Supply Capacity: | 500 sets per year |
The MINDSYNC TECH LGF-1501 is a five-finger dexterous robotic hand using a ball-screw transmission system. It is designed for robotic applications that need coordinated finger movement, flexible grasping and more detailed object manipulation.
Compared with a conventional industrial gripper, a dexterous hand provides multiple finger joints and grasping patterns, making it suitable for tasks involving different object shapes and manipulation movements.
The LGF-1501 is positioned for industrial applications as well as robot development and research. It can be integrated into robotic systems as an end-effector for tasks such as assembly, handling and manipulation.
| Item | LGF-1501 |
|---|---|
| Manufacturer | MINDSYNC TECH |
| Model | LGF-1501 |
| Product Category | Dexterous Robotic Hand |
| Transmission | Ball-screw transmission |
| Finger Configuration | Five fingers |
| Degrees of Freedom | 20* |
| Static Load | Up to 20 kg* |
| Intended Use | Dexterous robotic manipulation |
20-DOF and 20 kg static-load figures are reported in publicly available secondary product information. Because the official product page currently available to us does not expose the complete LGF-1501 specification table, these figures should be confirmed against the product datasheet or your parameter image before publication.
The LGF-1501 can be considered for robotic assembly tasks where parts need to be picked, positioned or manipulated with coordinated finger movement.
Its dexterous-hand configuration is suitable for projects involving components that require more flexible grasping than a standard parallel gripper.
The LGF-1501 can be used as a physical manipulation component in embodied AI research and robotic manipulation systems.
A five-finger robotic hand can be integrated into humanoid or anthropomorphic robot platforms where human-like object interaction is required.
The hand can be used for research into grasp planning, manipulation, robot learning and multi-finger control.
For robot developers, the LGF-1501 can serve as a robotic end-effector for testing more complex manipulation tasks.
Check the object geometry, surface condition, grasping posture and applied finger force. A suitable grasp strategy is important when handling irregular or smooth objects.
Check the communication connection, power supply and control commands. The host controller and robotic hand must use a compatible communication and control configuration.
Check the mechanical interface, installation dimensions and robot payload before integration. The robot arm must also have sufficient capacity for the complete end-effector assembly.
Check the control program and joint commands. Multi-finger manipulation requires coordinated control of multiple joints rather than a simple open/close command.
If replacing a conventional gripper with a dexterous hand, the robot program may also need modification because the control method and movement logic are different.
The LGF-1501 should be selected as a replacement only after comparing the existing robotic hand and application requirements.
For a replacement or retrofit project, check:
| Check Item | Required Information |
|---|---|
| Existing Product | Brand and model |
| Robot Arm | Robot brand and model |
| Hand Type | Dexterous hand / gripper |
| Payload | Required load |
| Object | Size, shape and weight |
| Mechanical Interface | Mounting dimensions |
| Communication | Required interface / protocol |
| Power | Required voltage and current |
| Control | Existing control method |
| Application | Assembly, handling, research, etc. |
MINDSYNC TECH also offers other dexterous-hand models, such as LGF-601, LG-601, LGT-601 and SQ-1503. These products use different mechanical configurations and should be evaluated according to the actual application rather than treated as interchangeable models.
We supply robotic components for industrial automation, robot integration and embodied AI applications.
For LGF-1501 inquiries, we can review the robot arm model, application, object characteristics and required interface before quotation.
We can support product sourcing for single-unit testing as well as project-based purchasing.
For projects requiring a complete robotic manipulation solution, related robot components can be sourced together according to the application.
We support international orders and can arrange product packaging and shipment based on the destination and order requirements.
LGF-1501 availability may vary according to production status, configuration and order quantity.
For one-unit samples, project quantities or customized requirements, the delivery schedule should be confirmed separately.
Please send the required quantity and destination country when requesting a quotation. We will check the current availability and estimated delivery schedule based on the requested configuration.
Product Model: LGF-1501
Quantity:
Application:
Robot Arm Brand / Model:
Object to Be Handled:
Object Weight:
Object Dimensions:
Required Grasping Function:
Communication Requirement:
Power Supply:
Mechanical Mounting Requirement:
Destination Country:
Required Delivery Date:
For replacement or robot integration projects, an existing product photo, model number or interface drawing can also be provided for configuration checking.