microrobotics
Microscale mechanical engineering
Microrobotics is the field of designing and building extremely small robots, typically ranging from a millimeter down to a micrometer in scale.
These tiny machines have applications in medicine, manufacturing, and research—swimming through blood vessels to deliver drugs, assembling microscopic components, or exploring environments too small for conventional robots.
Integrated automation engineering
- microcontrollerIntegrated circuit with processor
- actuatorsMovement-producing mechanisms
- sensorsDevices that detect input
- kinematicsStudy of movement itself
fabrication · servomechanism · prototyping · CAD · microfabrication · control systems · feedback loops · integration
Billionth-meter dimension
- microscaleAt micrometer dimensions
- miniaturizationReducing physical scale significantly
- microfabricationManufacturing miniature structures precisely
- nanofabricationCreating nanometer-scale structures
micromachines · nanobots · microbots · nanites · microelectronics · MEMS · microsensors · submillimeter
Magnified procedures on minute structures
- drug deliveryConveying medicine to tissues
- targeted therapyTreatment hitting specific molecules
- endoscopyInternal organ examination
- biopsyTissue sample for diagnosis
catheter · minimally invasive · tissue repair · diagnostics · implantable · intraocular · vascular · laparoscopic
Degree of correctness
- calibrationAdjusting for measurement accuracy
- dexteritySkillful hand coordination
- micromanipulationPrecision work at microscopic scale
- fine-tuningSmall precise optimization adjustments
steadiness · delicacy · positioning · control · repeatability · stability · tweezers · haptic feedback
Mass of moving insects
- dragonflyLarge-eyed flying predator
- arthropodJointed-limb invertebrate phylum
- locomotionAbility to travel independently
- nature-inspiredInfluenced by the environment
flagella · cilia · morphology · bioengineering · tentacle · biomechanics · actuation · proprioception
Charge from deformation
- electromagneticInvolving electric and magnetic fields
- electrostaticOf stationary electrical charges
- magneticAttracting iron or attention
- pneumaticUsing pressurized gas
mechatronics
Integrated automation engineering
- microcontrollerIntegrated circuit with processor
- actuatorsMovement-producing mechanisms
- sensorsDevices that detect input
kinematics · fabrication · servomechanism · prototyping · CAD · microfabrication · control systems · feedback loops · integration · programming
nanoscale
Billionth-meter dimension
- microscaleAt micrometer dimensions
- miniaturizationReducing physical scale significantly
- microfabricationManufacturing miniature structures precisely
nanofabrication · micromachines · nanobots · microbots · nanites · microelectronics · MEMS · microsensors · submillimeter · micromanipulation
microsurgery
Magnified procedures on minute structures
- drug deliveryConveying medicine to tissues
- targeted therapyTreatment hitting specific molecules
- endoscopyInternal organ examination
biopsy · catheter · minimally invasive · tissue repair · diagnostics · implantable · intraocular · vascular · laparoscopic · surgical precision
accuracy
Degree of correctness
- calibrationAdjusting for measurement accuracy
- dexteritySkillful hand coordination
- micromanipulationPrecision work at microscopic scale
fine-tuning · steadiness · delicacy · positioning · control · repeatability · stability · tweezers · haptic feedback · optical tracking
swarm
Mass of moving insects
- dragonflyLarge-eyed flying predator
- arthropodJointed-limb invertebrate phylum
- locomotionAbility to travel independently
nature-inspired · flagella · cilia · morphology · bioengineering · tentacle · biomechanics · actuation · proprioception
piezoelectric
Charge from deformation
- electromagneticInvolving electric and magnetic fields
- electrostaticOf stationary electrical charges
- magneticAttracting iron or attention
pneumatic · wireless power · untethered · acoustic · self-propelled