Skip to content
DGIST BMR Lab.
DGIST BMR Lab.
  • Home
    • About Us
  • Team
    • Principal Investigators
    • Adjunct Members
    • Researchers
    • Students
    • Alumni
    • Guest
    • Group photos
  • Research
    • Research topics
    • Project
    • Collaborators
    • Facilities
  • Publication
    • International Journal
    • Domestic Journal
    • International Conference
    • Domestic Conference
    • Patent
  • Board
    • Announcements
    • Photos
    • Media
    • Video
  • Contact Us

Link




  • Home
    • About Us
  • Team
    • Principal Investigators
    • Adjunct Members
    • Researchers
    • Students
    • Alumni
    • Guest
    • Group photos
  • Research
    • Research topics
    • Project
    • Collaborators
    • Facilities
  • Publication
    • International Journal
    • Domestic Journal
    • International Conference
    • Domestic Conference
    • Patent
  • Board
    • Announcements
    • Photos
    • Media
    • Video
  • Contact Us

Video

You are here:
  1. Home
  2. Video
The pulling motion of the Cellbot in a microfluidic channel

[Video] The pulling motion of the Cellbot in a microfluidic channel

The rolling motion of the Cellbot in a microfluidic channel

[Video] The rolling motion of the Cellbot in a microfluidic channel

Propagating APs evoked by electrical stimulation at 2 different sites without the microrobot.

[Video] Propagating APs evoked by ES between 2 separate NC

Neural activity response by electrical stimulation at different sites without connections on an ANC.

[Video] Neural activity response by ES at different sites without connections

Propagating APs evoked by electrical stimulation at 4 different sites on an ANC with the microrobot

[Video] Propagating APs evoked by ES at 4 different sites on an ANC with MR

Propagating APs evoked by electrical stimulation at 2 different sites without the microrobot.

[Video] Propagating APs evoked by ES at 2 different sites without the MR

Magnetic manipulation of the microrobot on an HD-MEA chip using a rotating magnetic field.

[Video] Magnetic manipulation of MR on an HD-MEA chip using a RMF

Magnetic manipulation of the microrobot

[Video] Magnetic manipulation of MR on glass substrate using a RMF

Ciliary microrobot by our group at the DGIST

[Video] Ciliary microrobot by BMR group at the DGIST

Capsule microrobot by DGIST

[Video] Capsule microrobot by BMR group at DGIST

Particle delivery using the capsule-type microrobot

[Video] Particle delivery using the capsule-type microrobot

Particle delivery using the capsule-type microrobot on a rat brain slice

[Video] Particle delivery using the capsule-type microrobot on a rat brain slice

[Video] TCD in in vitro micro-organ network using a magnetically actuated MR

Manipulation of the helical and spherical microrobots in a rat brain blood vessel

[Video] Manipulation of the helical and spherical MR in a rat brain BV

Manipulation of the helical and spherical microrobots

[Video] Manipulation of the helical and spherical microrobots

Magnetic manipulation of the spherical microrobot with attached hTMSCs

[Video] Magnetic manipulation of the spherical microrobot with attached hTMSCs

A Magnetically Controlled Soft Microrobot Steering a Guidewire

[Video] A Magnetically Controlled Soft Microrobot Steering a Guidewire

Open-loop control of the needle-type MR using RMF

[Video] Open-loop control of the needle-type MR using RMF

Closed-loop control of the needle-type MR using RMF.

[Video] Closed-loop control of the needle-type MR using RMF.

Closed-loop control of the needle-type MR using RMF.

[Video] FRE and the conditions before and after fixation of the MR to the MT

What's New

  • Vote for “Top 10 Korean Mechanical Technologies of the year in 2022”
  • DGIST-ETH 마이크로로봇연구센터 Post-Doc. 공개채용 (22.08.17~22.08.26)
  • Featured in a recent issues of The Digital Times
  • 안녕하세요!
  • DGIST-ETH 마이크로로봇연구센터 아르바이트 채용 공고

Supported by

DGIST BMR Lab.
DGIST-ETH Microrobot Research Center in Daegu Gyeongbuk Institute of Science and Technology (DGIST)
E5, DGIST, 333 Techno Jungang-daero, Hyonpung-eup, Dalseong-gun, Daegu, Republic of Korea
Tel: +82-53-785-6803 (Center) | E-mail: mems@dgist.ac.kr (Hongsoo Choi, Professor)COPYRIGHT©2022 DGIST.DEMRC ALL RIGHTS RESERVED.
Go to Top