Technical Advantages
Building a collaborative and win-win ecosystem
Fully Self-developed Full-stack
Master The Core Intellectual Property Rights
ISO9001 Certificate
Product Certification
Universal Six Degree Of Freedom Force Feedback Device
Gravity Feedback Compensation Method
Virtual Reality Gloves
Demo System
A Mechanical Rotary Joint
A Force Feedback Mechanical Arm Transmission Mechanism
Hybrid Force Feedback Robotic Arm
![Power Pack Performance Testing Virtual Simulation Teaching and Training System [referred to as: Power Battery Performance Testing Virtual Simulation System] V1](/en/storage/image/20260623/1782202833192501.webp)
Power Pack Performance Testing Virtual Simulation Teaching and Training System [referred to as: Power Battery Performance Testing Virtual Simulation System] V1
Mechanical Parameter Verification Software For Parallel Force Feedback Device
A Series Force Feedback Device
Product Technical Advantages
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High Frequency Force InteractionThe refresh rate of force sensing is as high as 4000Hz, far exceeding the industry's conventional level, with low force sensing delay and precise details.
Multi degree of freedom (HFD-6:6DoF; HFD-7:7DoF; SFD-6:6DoF in series), covering complex actions such as fine grasping, pinching, and large-scale operations.
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Ready To Use Without Calibration Upon StartupAdopting an absolute encoder, automatic calibration upon power on, no need for manual calibration, plug and play, significantly reducing the threshold for use and maintenance.
Combining active and passive gravity compensation, there is no sensation in the entire space, making the operation easier and more stable.
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Convenient for Secondary DevelopmentNative support for mainstream engines/frameworks such as ROS, Unity3D, Chai3D, iMSTK, SOFA, with open interfaces and easy development.
Covering scenarios such as medical surgery training, industrial remote operation, virtual simulation teaching, and robot data acquisition.
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Safe and ReliableEquipped with overload protection, limit protection, and emergency stop mechanism, human-machine interaction is safer.
The product has passed the EU CE and Japanese PSE certifications, with stable quality and suitable for long-term use in medical, scientific research, and industrial environments.
Powerful Integration Capability
Hardware Customization
Flexible adaptation from structure to parameters
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Customization of freedom and force sense
On the HFD-6/HFD-7/SFD-6 basic platform, it can be customized with 3-7DoF degrees of freedom, maximum feedback force of 10-20N, and force refresh rate (up to 4000Hz), suitable for precision surgery (such as minimally invasive suturing).
Customization of structure and appearance
Customize end effectors (pen/clamp/specialized tools), workspace dimensions (desktop/floor standing), materials (lightweight aluminum alloy/industrial grade stainless steel), and support branded appearance (color matching, logo, body identification) to adapt to special environments such as laboratories, operating rooms, and industrial sites.
Customized for special environments
Customized protection level (IP54+), insulation performance (10KV high-voltage insulation), dust-proof and waterproof structure for high temperature, low temperature, humidity, strong electromagnetic interference and other scenarios, to meet extreme industrial and special operation needs.
Software and Algorithm Customization
Deep development of scene based functionality
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Customization of force rendering algorithm
Customize exclusive force sensing models for medical (soft tissue deformation, bone hardness), industrial (metal collision, friction), VR/AR (virtual object texture) and other scenarios, achieving sub millimeter level position accuracy and millisecond level force feedback response, and restoring real physical tactile sensations.
SDK and interface customization
Open underlying communication protocols (USB/Ethernet), custom plugins for ROS2, Unity, Unreal, iMSTK and other engines, support C++/Python/C # multilingual secondary development, provide source code level technical support, and lower the development threshold for customers.
Customization of functional modules
Customize functional modules for force data collection and analysis, master-slave synchronous control, multi device collaboration, remote monitoring and diagnosis, and adapt to exclusive business processes such as robot remote operation, virtual training, and force control testing.
End-to-end Service
Close companionship from demand to operation and maintenance
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In depth research on demand
The technical team conducts on-site docking, disassembles the pain points of the scene (such as operation accuracy, force perception realism, system compatibility), and outputs customized solutions and technical specifications.
Rapid development and delivery
Modular design+self-developed core components to shorten the customization cycle; Provide prototype testing, on-site debugging, and operator training to ensure rapid deployment and use of the equipment.
Lifetime technical support
Provide lifelong services such as firmware upgrades, algorithm iterations, and hardware maintenance to ensure the long-term stable operation of the equipment.
Multi Platform Compatibility
Connect mainstream software and hardware ecosystems
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Seamless integration of simulation engine
Native support for mainstream simulation and robot development platforms such as ROS/ROS2, Unity3D, Unreal Engine, Chai3D, iMSTK, SOFA, plug and play, no need for complex adaptation, and fast construction of virtual simulation and teleoperation systems.
Hardware device interconnection and intercommunication
Support integration with mainstream robotic arms, VR/AR headsets, motion capture systems, force sensors, PLCs, and other devices on the market to achieve multimodal interaction of "force feedback+vision+motion+control" and adapt to complex robots and automation scenarios.
Comprehensive adaptation of communication protocols
Supports mainstream communication protocols such as USB 3.0, Ethernet, TCP/IP, UDP, Modbus, CANopen, etc., with a transmission rate of up to 480Mbit/s, ensuring low latency (<1ms) and high stability transmission of force data and control instructions.
Multi Scenario System Integration
Implementation of integrated software and hardware solutions
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Medical field
Build a precision surgical training system guided by force perception, supporting minimally invasive, orthopedic, ophthalmic and other surgical simulations to enhance doctors' operational proficiency.
Industrial teleoperation
Integrating industrial robotic arms, remote monitoring platforms, and data acquisition systems to achieve remote precision operations in extreme environments (high altitude, deep sea, nuclear radiation), supporting welding, assembly, maintenance, and other operations, ensuring personnel safety while improving operational accuracy.
Virtual simulation teaching
Integrate VR/AR devices, teaching management systems, and examination evaluation modules to build an immersive force sensing simulation training platform, suitable for technical training in fields such as new energy, intelligent manufacturing, aerospace, etc., to improve training efficiency and effectiveness.
Open Ecology and Secondary Development
Empowering customers to innovate independently
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Fully open SDK and API
Provide a complete software development toolkit (including source code, sample code, and technical documentation), supporting customers to conduct in-depth secondary development based on sequential force feedback devices, and customize exclusive functions and application scenarios.
Technology co construction and joint research and development
We can conduct joint technology research and development with universities, research institutions, and corporate clients, share core technologies and R&D resources, jointly tackle technical challenges in the field of force sensing interaction, and promote industry technological progress.
Balancing standardization and customization
On the basis of standardized hardware platform, flexible customized interfaces and functional modules are provided, and customers can freely combine them according to their own needs to achieve the optimal balance of "standardized cost+customized experience". Intelligence has strong integration capabilities and can adapt to multiple scenarios. It can provide various customized services and overall solutions according to customer needs.