Contact Us 
Human Assistance and Research Robot Solutions
Explore robot platforms for industrial assistance, ergonomic support, research, education, and embodied AI development. AIsirRobot helps evaluate application needs, technical specifications, safety, and compliance requirements, then coordinates suitable platforms and configurations with selected suppliers.
Human Assistance & Embodied AI Solutions
Explore robot platforms for industrial assistance, ergonomic support, research, education, and embodied AI development.
AIsirRobot helps evaluate application needs, technical specifications, safety, and compliance requirements, then coordinates suitable platforms and configurations with selected suppliers.
Two Distinct Use Paths
Human Assistance Applications
Industrial exoskeletons and assistive devices can help reduce physical strain in repetitive, posture-intensive, and mobility-demanding tasks. Suitability depends on the task, user, workplace environment, and product configuration.
- Load Handling Suppor: Assistive devices can help reduce strain during repetitive lifting, carrying, or holding tasks in manufacturing, logistics, and maintenance environments.
- Posture Support: Exoskeletons may support overhead work, bending, or static positions, helping reduce muscle fatigue when properly matched to the task and user.
- Mobility Assistanc: Selected devices can support walking or prolonged movement in workplace environments. Suitability depends on user needs, task conditions, and applicable compliance requirements.
Key Selection Factors
- User size, physical condition, and task requirements
- Assistance mode and supported load range
- Device weight and adjustability
- Battery runtime and charging method
- Workplace temperature, humidity, and dust conditions
- Safety requirements and applicable certifications
- Maintenance and service availability
Safety and Compliance
Assistance devices worn or used by workers require careful evaluation before deployment. Product certification, usage limitations, task compatibility, user fit, and workplace safety requirements should be confirmed for each application.
Products should not be described as medical rehabilitation or clinical devices unless their regulatory status supports such use.
Research and Development Applications
Robot platforms for research, education, and embodied AI development must match the project’s sensing, computing, control, and software requirements.
Motion Planning and Control
Platforms can support research in trajectory planning, force control, motion optimization, and robotic manipulation.
Perception and Sensing
Research teams may use cameras, IMUs, force sensors, tactile sensing, microphones, and other sensors for perception and multi-sensor fusion.
Embodied AI and Learning
Robot platforms can support reinforcement learning, imitation learning, data collection, model deployment, and real-world algorithm validation.
Human-Robot Interaction
Suitable platforms can be used to study interaction, collaborative behavior, safety responses, and human-aware robot control.
Education and Prototyping
Universities, laboratories, and development teams may use robot platforms for teaching, algorithm testing, system integration, and early-stage concept validation.
Simulation and Validation
Robot platforms can be paired with simulation environments for algorithm testing, digital twin development, and sim-to-real transfer validation before real-world deployment.
Key Selection Factors
| Category | Requirement |
|---|---|
| Mechanical Design | Degrees of freedom and joint configuration |
| Sensing System | Sensor configuration and raw data access |
| Computing Capability | Onboard computing and accelerator support |
| Software Interface | SDK and API availability |
| Programming Support | Supported programming languages and ROS compatibility |
| Simulation | Simulation and sim-to-real support |
| Expandability | Hardware expansion and modification flexibility |
| Safety | Safety functions and emergency controls |
| Documentation & Support | Technical documentation and long-term support |
How AIsirRobot Supports Your Project
Venue and Delivery Evaluation
Share your assistance or research requirements. We assess user, task, environment, sensors, computing, software, safety, and compliance needs to define suitable product criteria.
Model Comparison
We compare selected models by performance, fit, runtime, certification, sensors, computing, SDK access, simulation support, and flexibility to highlight key differences and trade-offs.
Configuration Coordination
We coordinate product configuration, user fit, sensors, software tools, safety functions, SDK/API documentation, simulation resources, and regulatory information with selected suppliers or partners.
Documentation and International Delivery
We coordinate product documents, export information, packaging, and international delivery. Installation, integration, training, and maintenance are arranged separately when required and available.
AIsirRobot is a robot product and application solution provider. We focus on model selection, supplier and configuration coordination, documentation, international delivery, and after-sales coordination. On-site integration, installation, and maintenance are handled by relevant partners when included in the confirmed project scope.
Frequently Asked Questions
Discuss Your Application
Tell us whether you need assistance devices or research platforms — and what you want to achieve. The more we know about the user, task, environment, or research goals, the faster we can evaluate suitable options.
What to Send
- User profile and physical requirements
- Task description and load characteristics
- Work environment and conditions
- Intended use and destination country
- Whether the device will be marketed as a medical device
- Workplace or care environment details
- Site photos or videos