Toshiba Corporate Manufacturing Engineering Center
Core Manufacturing Technology
Material and device processes technology
We are committed to the R&D of processing, reaction control, and analysis technologies, aiming to improve production efficiency and develop new technologies for nanoscale to meter-sized structures, devices, and systems, based on the understanding of mechanisms.
![[Image] Material and device processes technology](/content/dam/toshiba/migration/corp/manufacturingAssets/cmc/rd/core/img/micro/top.jpg)
Process, analysis and simulation
We are promoting the R&D of various processes, materials, analysis, and simulation technologies, in order to early mass production and productivity improvement of products such as manufacture energy, infrastructure, and electronic systems and devices. Our R&D efforts also include unique process technologies such as for the fabrication of multifunctional nanofiber films and their application to products and digitization of manufacturing processes.
![[Image] Multifunctional nanofiber membrane formed by electrospinning](/content/dam/toshiba/migration/corp/manufacturingAssets/cmc/en/rd/core/img/micro/1.jpg)
Multifunctional nanofiber membrane formed by electrospinning
![[Image] Microfabrication by atomic layer etching](/content/dam/toshiba/ww/technology/corporate/cmc/rd/core/core_micro/2.png)
Microfabrication by atomic layer etching
![[Image] Simulation and machine learning of drying phenomena](/content/dam/toshiba/ww/technology/corporate/cmc/rd/core/core_micro/3.png)
Simulation and machine learning of drying phenomena
![[Image] Surface preparation by development chemical](/content/dam/toshiba/ww/technology/corporate/cmc/rd/core/core_micro/4.png)
Surface preparation by development chemical
Process applications and new devices
Drawing on our many technologies and expertise relating to coating processes, vacuum processes, chemical processes, fluid control and more, we design and manufacture prototype equipment and analyze and evaluate it using the latest measurement and simulation technologies to improve process performance and reduce costs.
We also propose concepts for new devices, perform basic design, and conduct prototyping trials with the aim of launching new products.
![[Image] 3D-oriented collagen nanofiber sheets](/content/dam/toshiba/ww/technology/corporate/cmc/rd/core/core_micro/5.png)
3D-oriented collagen nanofiber sheets
![[Image] Applications for the SCiBTM manufacturing process](/content/dam/toshiba/ww/technology/corporate/cmc/rd/core/core_micro/6.png)
Applications for the SCiB™ manufacturing process
![[Image] Simulation and measurement of power semiconductor device characteristics](/content/dam/toshiba/ww/technology/corporate/cmc/rd/core/core_micro/7.png)
Simulation and measurement of power semiconductor device characteristics
![[Image] Coating to reduce the amount of materials required by high-viscosity inkjet heads](/content/dam/toshiba/ww/technology/corporate/cmc/rd/core/core_micro/8.png)
Coating to reduce the amount of materials required by high-viscosity inkjet heads