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By TASK
Arrangement
#IrregularPlacement #PositionVariance #FlexibleObjectGrasping
Challenge: Dumplings appear in irregular orientations and positions, making it difficult for traditional systems to align them consistently. Fixed automation fails when dumplings vary in shape or layout.
Capability: Our technology perceives dumplings in unstructured states and intelligently re-orients them. It adapts flexibly to irregular arrangements, enabling accurate alignment before further processing.
Assembly
#PositionVariance #TiltVariance #Retry #Assembly(Insertion) #Electronics
Challenge: In label maker assembly, the position and tilt change constantly, creating irregular conditions. Insertions often fail on the first attempt, requiring retries.
Capability: Our technology senses and responds to positional and angular variations in real time. It completes the assembly in a single attempt when possible, or performs additional actions to ensure a reliable result.
Peeling-off
Cable Insertion & Fastening
#FlexibleObject #ThinFilm #IrregularPattern #PreciseForceControl #MaterialProcessing #Battery
Challenge: Thin, transparent, and fragile films are difficult to detect with traditional vision sensors. Irregular patterns and positional changes make stable handling nearly impossible, while the rigid motions of conventional robots often cause damage.
Capability: Our technology delicately detaches films without tearing, even under irregular conditions. By mimicking human-like fine force control, it achieves precision handling that minimizes damage and goes beyond traditional robotic performance.
#FlexibleObjectGrasping #PreciseForceControl #CableFastening #Electronics
Challenge: Flexible and elastic cables are difficult to handle, requiring delicate force control. Even the slightest misalignment can lead to damage.
Capability: Our technology replicates human dexterity to achieve precise force control, making reliable cable insertion and fastening possible.
Hanging
Pick & Placement
#FlexibleObjectGrasping #PositionVariance #Hanging #TonBag #Apparel #MaterialProcessing
Challenge: Flexible materials such as bag straps or ton bags shift and sag unpredictably, making them difficult to handle.
Capability: Our technology accurately recognizes these variations and securely grasps deformable objects, enabling consistent and reliable hanging operations.
#ConveyorOperation #Retry #FoodManufacturing #StableHandling
Challenge: On moving conveyors, dumplings must be grasped and placed precisely. Traditional systems struggled with motion, and failed grasps required repeated attempts.
Capability: Our technology reliably grasps and gently places dumplings onto conveyors. It ensures stability during movement, and if an attempt fails, it retries seamlessly until the placement is completed.
Hooking
Removal
#MovingObject #ReflectiveSurface #ThinMaterial #PreciseGrasping #IrregularTask #ManufacturingAutomation
Challenge: Hanging thin, reflective, and moving objects with accuracy is extremely difficult for conventional robots. Motion and glare disrupt stable detection, while the slender form makes secure grasping a challenge.
Capability: Our technology reliably detects and grasps even thin, reflective, and moving objects, placing them precisely where needed. It adapts with human-like finesse to complex and irregular environments.
#IrregularTask #PositionVariance #ShapeDeformation #Retry #PreciseGrasping #HomeAppliance
Challenge: Air conditioner filters vary in position, angle, and mounting structure depending on the model. Over time, dust buildup and deformation cause unpredictable resistance, making removal difficult. Conventional robots struggle to adapt to such irregular motion and variability.
Capability: Our technology detects subtle positional and shape variations in real time, adjusting force delicately throughout the removal process. Even when the filter is stuck or misaligned, it intelligently retries and completes the task without damage. It performs with human-like adaptability and precision, even under irregular conditions.
Supported Robots
By INDUSTRY
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