Collaborative Robot Arms
GTIT provides the joint actuator modules that form the core of collaborative robot arms — designed for safe human-robot collaboration in shared workspaces, with safety fencing requirements determined by application-specific risk assessments.
Applications:
Collaborative Assembly · Pick & Place · Medical Assistance · Light Material Handling · Education & Research
Functions & System Integration
For collaborative assembly, pick-and-place and light handling, define the arm workspace, end-effector load and process cycle before confirming joint modules and control interfaces. Medical, research and education projects also require assessment of their application-specific requirements.
- Mechanics: Axis count, working radius, mounting and interference envelope.
- Load: Combined tool and workpiece weight, center of gravity and inertia.
- Control: Trajectories, cycle time, positioning and force-control requirements.
- Safety: Protective measures based on a risk assessment of the complete application.
Parameter Boundaries & Technical Documentation
Provide workspace and end-effector information to confirm arm and joint configurations. Complete-arm reach, rated payload and repeatability must be confirmed for the selected complete robot model; joint-module parameters are not substitutes.
The body image supplied by the user shows a blue-and-white single collaborative arm with a gripper; the banner uses the supplied white dual-arm image. Brand, model and specifications have not been confirmed. Elf G2 is a complete industrial collaborative robot; its weight, degrees of freedom, single-arm payload and runtime are not converted into arm specifications for this category.
Overview & Technical Consultation
Provide the application task, known operating conditions and interface information to confirm the integration solution and model-specific technical documentation.
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