Dual core drive, new tactile sensation | Two new force feedback products from Order Force Intelligence are released with great weight

In response to industry expectations and deep user needs, Order Force Intelligence has once again broken through in the field of force feedback, launching the HFD-7 seven degree of freedom force feedback device and SFD-6 six degree of freedom series force feedback device. Two devices are designed for high-precision tactile interaction and humanoid flexible operation, providing a more realistic and free force sensing experience for virtual simulation, surgical training, industrial remote operation and other scenarios.

HFD-7: Seven dimensional perception, tactile sensation as real

On the basis of the classic six degrees of freedom, HFD-7 adds a one-dimensional dexterous operating degree of freedom, perfectly simulating the opening and closing movements of the thumb and index finger of a human hand. Whether it's fine grasping, material perception, or virtual real interaction, HFD-7 can bring more delicate and realistic tactile feedback, making every operation feel like it's on the spot.

HFD-7 Equipment Coordinate System

SFD-6: Series structure, agile like an arm

By adopting a serial robotic arm structure design, SFD-6 has a larger workspace and higher flexibility in movement, which is closer to the natural motion logic of the human arm. Suitable for force feedback scenarios that require large-scale, multi posture operation, allowing the machine to move freely and control more freely.

SFD-6 equipment coordinate system

Core advantages continue to be inherited

Plug and play: Adopting an absolute encoder, pre calibrated at the factory, and ready to use upon startup

Dynamic gravity compensation: Automatic offsetting of mechanical weight, precise feedback for agile movement

Intelligent security mechanism: Electromagnetic brake protection, automatically enters damping state when speed is abnormal

High fidelity feedback: Support bidirectional force interaction, realistically restore the tactile characteristics of virtual objects

Applicable Scenarios

• Virtual Reality Interaction and Simulation Training

• Robot Remote Operation and Industrial Assembly

• Medical Surgery Simulation and Skill Training

• Research on Research Education and Tactile Human Computer Interaction

• Order Force Intelligence Force Feedback