HIGHLIGHTS
SUMMARY
Many of the current loading processes require chemical modification of the cargo to enable covalent attachment or adhesion to the microrobot.[10] The authors developed a precisecontact dip sealing method to enclose and protect the loaded cargo within the microrobot reservoir with a stimuli-responsive sealing layer whilst preserving the microfeatures of the microrobot. A physical connection between the microfluidic channels and the microrobots was essential for loading cargo into the microrobot reservoir by continuous fluid flow. The first breakaway interface was designed to separate the microfluidic channels from the microrobots after loading, followed . . .
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