TOP > Advanced Manufacturing and Social Integration Research Core

Advanced Manufacturing and Social Integration Research Core

	Prof. Naoto OHTAKE
	Room: R2	Mail-Box: R2-37
	TEL: 045-924-5078
	E-mail: ohtake.n.aa(at)m.titech.ac.jp Please replace "(at)" with "@".
	HomePage: https://www.first.iir.titech.ac.jp/english/member/core6.html

Research Field　Functional materials, Thin films technology, Plasma technology, Plastic forming
Objective　Innovation in materials and processing, with "right material in the right place through right process
Current Topics

・Fabrication and tribological properties of Diamond-Like Carbon (DLC) films.
・Thin films fabrication by nanopulse plasma chemical vapor deposition.
・Systematization of adamant thin films.
・Three dimensional fabrication method using ion beam.
・Microbial fuelcell utilizing carbon nanotube.
・Joining of high tensile strength steel sheet with aluminum alloy sheet using ultrasonic vibration.

DLC films deposition by Nanopulse plasma CVD

DLC coated scissors for brain surgery

	Prof. Chiaki SATO
	Room: G2	Mail-Box: G2-20
	TEL: 045-924-5062
	E-mail: sato.c.aa(at)m.titech.ac.jp Please replace "(at)" with "@".
	HomePage: https://www.adhesion.first.iir.titech.ac.jp

Research Field　Adhesion technology, Solid mechanics
Objective　Development and implementation of adhesion technology
Current Topics

・Adhesion for car structures
・Adhesion for aircraft and maritime structures
・Adhesion of plastics
・Adhesion for electronics
・Adhesion for everything

Direct bonding of FRTP and metal

	Prof. Tadahiko SHINSHI
	Room: R2	Mail-Box: R2-38
	TEL: 045-924-5095
	E-mail: shinshi.t.ab(at)m.titech.ac.jp Please replace "(at)" with "@".
	HomePage: http://www.nano.pi.titech.ac.jp/

Research Field　Mechanical devices and systems using magnetic force
Objective　Realization of novel mechanical devices and systems using magnetic force
Current Topics
・Artificial heart with bearingless motor integrating magnetic bearings and motor
・MEMS actuators and energy harvesters using micro permanent magnets
・High-response, high-torque, multi-degree-of-freedom actuators for industrial applications


Centrifugal blood pump using bearingless slice motor

Ultra-high response steering mirrors for laser scanning	2-DOF MEMS linear motor

	Assoc. Prof. Yu SEKIGUCHI
	Room: R2	Mail-Box: R2-31
	TEL: 045-924-5012
	E-mail: sekiguchi.y.aa(at)m.titech.ac.jp Please replace "(at)" with "@".
	HomePage: https://www.adhesion.first.iir.titech.ac.jp

Research Field　mechanics of materials, fracture mechanics, surface/interface
Objective　mechanical evaluation and durability/reliability improvement of adhesive joints
Current Topics
・crack propagation of adhesively bonded joints (impact, creep, fatigue, environmental, etc)

・peeling of adhesive tapes
・adhesion phenomena in contact mechanics

Bio-inspired adhesive devices

Directional diperdency of adhesion force

	Assoc. Prof. Kotaro TADANO
	Room: R2	Mail-Box: R2-46
	TEL: 045-924-5032
	E-mail: tadano.k.aa(at)m.titech.ac.jp Please replace "(at)" with "@".
	HomePage: http://www.k-k.pi.titech.ac.jp/

Research Field　Robotics, Human-Machine Systems
Objective　Realization of Advanced Human Support Systems
Current Topics
・Surgical Robot Systems
・Teleoperation Systems
・Pneumatic Driven Systems

Master-Slave System with Force-Sensing Abilities
using Pneumatic Actuators for Laparoscopic Surgery

Master-Slave Manipulator
for Reconstructive Surgery

Pneumatic laparoscope holder controlled by head movement	Robotic Holder for Ophthalmic Endoscope
Surgical robot systems being studied

	Assoc. Prof. Yuki HIRATA
	Room: R2	Mail-Box: R2-37
	TEL: 045-924-5037
	E-mail: hirata.y.ac(at)m.titech.ac.jp Please replace "(at)" with "@".
	HomePage: https://sites.google.com/view/hirata-lab/home

Research Field　Surface Engineering, Nanomaterials, Bioengineering, Plasma Engineering, Tribology
Objective　Development of innovative devices for medical applications based on materials science
Current Topics

・Synthesis of graphene-hBN based multi-heterostructure and the development of its applications
・Development of 3-Dimensional DLC film coating technique
・Development of environmentally friendly superlubrication technology
・Elucidation of thin film growth mechanisms through machine learning simulations

Development of innovative devices for medical applications

Machine learning simulation for film-growth mechanism elucidation

	Assoc. Prof. Goh MATSUO（Specially Appointed）〔Sato Lab〕
	Room: G2	Mail-Box: G2-20
	TEL: 045-924-5062
	E-mail: matsuo.g.aa(at)m.titech.ac.jp Please replace "(at)" with "@".
	HomePage: http://www.adhesion.first.iir.titech.ac.jp

Research Field　Adhesion technology, Synthetic organic chemistry
Objective　Development of high-efficiency, high-durability, low-cost hydrogen fuel cell system
Current Topics

・Durability and longevity of hydrogen fuel cells
・Development of sealing adhesive for polymer fuel cells (PEFC)
・Bonding mechanisms at the adhesion interface
・Development of strength design method for adhesive seals
・Development of a durability prediction method for adhesive seals

T-type peeling test of sealing adhesives

	Assoc. Prof. Shigeki MATSUMURA（Specially Appointed）〔Sato Lab〕
	Room: G2	Mail-Box: G2-20
	TEL: 045-924-5062
	E-mail: matsumura.s.aa(at)m.titech.ac.jp Please replace "(at)" with "@".
	HomePage: https://www.adhesion.first.iir.titech.ac.jp

	Asst. Prof. Dongbo ZHOU（Concurrent Post）
	Room: R2	Mail-Box: R2-46
	TEL: 045-924-5032
	E-mail: zhou.d.aa(at)m.titech.ac.jp Please replace "(at)" with "@"
	HomePage: http://www.k-k.pi.titech.ac.jp/

Current Topics
・Robotic endoscope holder and intraocular mapping for eye surgery
・Miniatured robotic forceps with flexible joint
・Control device with haptic feedback function by electrical stimulation

Robotic endoscope holder and intraocular mapping from the endoscope view

	Asst. Prof. Naohiro SUGITA
	Room: R2	Mail-Box: R2-38
	TEL: 045-924-5094
	E-mail: sugita.n.aa(at)m.titech.ac.jp Please replace "(at)" with "@"
	HomePage: http://www.nano.pi.titech.ac.jp/

Current Topics
・Microbubble-mediated ultrasound therapy
・Control of bubble size distribution
・Control of acoustic cavitation

An oscillating bubble cluster in a stationary sound field

Organization